Lecture, Week 15

I’m posting this week’s short lecture early to remind everyone about the due dates and the grade distribution in the class.

The deadline for all work in the class is by midnight on Tuesday, Dec. 21.

There is no Weekly Writing Assignment this week. Focus on your team projects and catching up on all individual projects.

Also, the Student Evaluation of Teaching survey deadline has been extended to Dec. 17, so please complete those if you haven’t already done so. For those who have completed it, thank you!

Good luck with finishing up the semester!

Weekly Writing Assignment, Week 14

For this week’s Weekly Writing Assignment, add a comment to this post in memo format that describes what you have contributed to your team’s collaborative project. Include any writing drafts and/or research that you have done. This is a way to maintain accountability for each team member’s contributions and to keep Prof. Ellis apprised of the work that your team members are doing to help bring the project together. Watch this week’s lecture for more details.

Announcement, Job and Experience Opportunities

There are some upcoming job seeking opportunities that I wanted to let you all know about. The Civil Service 101 presentation opens the doors about how to seek Civil Service jobs, and the CUNY Service Corp is a great opportunity to learn skills while gaining invaluable experience for your resume.

Civil Service 101 for LGBTQ+ Students and Allies (Click here to register)

Tuesday, December 7th 1:00-2:15 pm  

Are you interested in having a fulfilling career? Are curious about what City jobs are like for members of the LGBTQ+ community? 

The New York City government offers more than 2000+ job titles in 80+ agencies. Come see where your professional journey can take you at Civil Service 101 for LGBTQ+ Students and Allies, a virtual event on December 7th from 1:00-2:15 pm.   

The Department of Citywide Administrative Services will discuss Civil Service career options in NYC and how to apply for them. There will also be a representative from the Department of Health & Mental Hygiene who will discuss the LGBTQ+ Employee Resource Group, jobs currently available, and services that the department provides for the LGBTQ+ community.   

Not a member of the LGBTQ+ community? No worries, all are welcome!    

Sponsored by the Academic Minor in Gender & Sexuality Studies

CUNY Service Corp

Benefits? Transferable Skills, resume building, career path and connections,and get involved with their community.

We have an alumni cohort of 1,000+ past members. Since August of 2013, CUNY Service Corps members have completed over 1,000,000 hours of service to NYC at over 150 nonprofits, government agencies, and hospitals. In the past, we have worked with Girls Who Code, Federal Reserve, Brooklyn Navy Yard, and research projects at City Tech ( i.g. SOLAR Decathlon). 

Application is open to all City Tech students for Spring 2022 (Dependent on program eligibility):www.citytech.cuny.edu/servicecorps

Weekly Writing Assignment, Week 13

For this week’s Weekly Writing Assignment, add a comment to this post in memo format that describes what you have contributed to your team’s collaborative project. Include any writing drafts and/or research that you have done. This is a way to maintain accountability for each team member’s contributions and to keep Prof. Ellis apprised of the work that your team members are doing to help bring the project together. Watch this week’s lecture for more details.

Weekly Writing Assignment, Week 12

Due to the Thanksgiving Holiday, I am posting this week’s lecture and weekly writing assignment early.

After watching this week’s lecture and continuing your teamwork on the Analytical Research Report, each student should individually write a memo (TO, FROM, DATE, and SUBJECT: Research Project Update) that describes that individual’s work and responsibilities for researching and writing on the project and copy-and-paste any writing (including quotes that you might discuss) into your memo. Post your memo as a comment to this Weekly Writing Assignment post. Again, this is an individual assignment that demonstrates what each team member is responsible for working on their team’s project.

Weekly Writing Assignment, Week 11

This is an individual writing assignment based on your team’s collaborative project. Each team member should write a short memo of no more than 250-words addressed to Prof. Ellis that describes what research responsibility he/she has been delegated or volunteered to do this week for the team project and include three IEEE references to articles and/or ebooks found through the City Tech Library that might be useful for your team’s research. Copy-and-paste your memo into a comment made to this post.

Weekly Writing Assignment, Week 10

After watching this week’s lecture and reading Prof. Ellis’ “Reply-All” email with your new team assignments, each team should have one member create a folder on Google Drive and share it with the other team members. Then, create a Google Doc inside your team’s shared folder to write a memo together about your team’s project topic deliberations and the topic that you ultimately chose. Each team member should then copy-and-paste the memo into a comment added to this post. Remember: Each team member will copy-and-paste the same memo that you wrote together.

TO: Prof. Ellis
FROM: Hari Seldon, Mose Ellis, and Moomin Papa
DATE: 11/17/2021
SUBJECT: Team Project Topic

Write one sentence stating the purpose of this memo. Then, write about the topics that you considered and ultimately the topic that your team picked for your research report. This only needs to be 250 words. 

Announcement: PLAN Week = Good Info + Raffle

City Tech PLAN Week, November 1 — 5, 2021

During PLAN week, we offer information to help you plan your next steps—from choosing classes and learning how to register to finding out where to get support and make connections within the college. Don’t miss this opportunity to create a successful and personal PLAN. Also, by completing PLAN Week daily forms, you will be entered in a raffle pool for $50 MasterCard gift cards. If you participate all 5 PLAN Week questionnaires, you will be entered for a grand prize of $300. We recommend that you set aside 20-30 minutes a day this week, and watch one video and follow it by answering the corresponding response form.

Monday, November 1: Start your PLAN with the Introduction to Academic Advising video and respond here.

Tuesday, November 2: PLAN your academic career by watching Understanding Your Degree Requirements and respond here.

Wednesday, November 3: PLAN your academic advising appointment by watching Creating a Semester-by-Semester Plan and respond here.

Thursday, November 4: PLAN to register by watching Introduction to Registration and respond here.

Friday, November 5: PLAN to get involved by watching How to Get Involved (video coming soon!)and respond here.

All of the videos and forms are available from now until Sunday, November 7 at https://www.citytech.cuny.edu/advisement/library.aspx. Any responses filled out by midnight on the seventh will be eligible for the raffle. Good luck, and start planning!

Weekly Writing Assignment, Week 8

Write a 250-word memo addressed to Prof. Ellis with the subject, “Other Sections for Instruction Manual,” in which you strategize what other sections to include in your instruction manual document. Below, you will find some suggestions. Also, look at the Instructions chapter and Instruction examples in David McMurrey’s Online Technical Writing Textbook for models that you can look to about how they are organized. Copy-and-paste your memo into a comment made to this post.

1.0    Introduction
1.1    Purpose
1.2    Intended Audience
1.3    Scope
1.4    Organization Description
1.5    Conventions (abbreviations, left/right)
1.6    Motivation (answers the “so what” question)
1.7    Safety and Disclaimers
2.0    Description of the Equipment
2.1    Illustration of the Equipment
2.2    Description of the Equipment’s Parts
3.0    List of Materials and Equipment Needed
3.1    Illustration of the Parts Needed to Carry Out the Instructions
3.2    Tools needed
3.3    Table of the parts with description of each
4.0    Directions
4.1    Assemble the Skateboard
4.1.1    Step 1 (don’t write Step 1--write a brief statement on what the first step is)
4.1.2    Step 2
4.1.3    Step 3...Step n (write as many steps--briefly--as you can think of--you can fill this list out later)
5.0    Troubleshooting
6.0    Glossary
7.0    Reference List

Lecture, Week 7

To help with this week’s Weekly Writing Assignment below, study and make notes on the commonalities between the instruction manuals discussed in last week’s class.

Sample Instruction Manuals

Weekly Writing Assignment, Week 7

Watch and take notes on this week’s lecture before proceeding.

Write a memo to Prof. Ellis that presents a basic numbered, process list for your Instruction Manual.

Write as much as needed to show the process in your instruction manual.

However, this is a draft–you may add, subtract, and change as needed later.

Include notes about what images to include with each step as appropriate (think of WOVEN).

We will look at the other components of your Instruction Manual next week. 

Copy-and-paste your memo into a comment made to this post on our OpenLab Course Site.

Lecture, Week 6

After watching this week’s lecture, watch for Prof. Ellis’ email to your team to begin peer review on your Expanded Definition project. Use the model below for your Expanded Definition memo. Remember to copy-and-paste your completed memo draft into your “Reply-All” email to your team along with your ask-and-offer.

TO:         Prof. Jason Ellis
FROM:     Your Name
DATE:         Due Date
SUBJECT:     Expanded Definition of Your Term

Introduction [Heading Level 2]
What is the purpose of this document? What term are you defining? How are you discussing the way it is defined and the way it is used in context? Describe a road map for what follows (definitions and context). This content should be published as paragraphs, unlike the heading for this section, which is a level 2 heading.

Definitions [Heading Level 2]
Compare and contrast at least two quoted definitions from different sources of the term that you selected. Provide quotes and IEEE in-text citations for each definition, and include your sources in the References section at the end of the document. Each definition that you include deserves discussion in your words about what it means and how it relates to the other definitions that you include. Consider how they are alike, how are they different, who might use one versus another, etc. And, as a part of your compare and contrast, discuss the etymology or history of the word (e.g., one definition might be more like what the word meant originally or more recently). Each quote should have an IEEE in-text citation and reference entry.

Context [Heading Level 2]
Compare and contrast at least two sentences that use the term as it appears in different sources. This discussion should focus on how the context of the word shapes its meaning. A range of sources would provide the best source material for your discussion of how the term is used in these contexts. For example, a quote from an academic journal, a quote from a newspaper or magazine, a quote from a blog, and a quote from social media would give you a range of uses that might have different audiences. For each quote, you should devote at least as much space as the quote discussing what it means in that context and how it relates to the other quotes in context. Each quote should have an IEEE in-text citation and reference entry. 

Here’s a quote example from The New York Times: Technology Opinion Writer Kara Swisher wrote about the bombshell allegations made by Facebook whistleblower Frances Haugen in a television interview: “Everything the former product manager on Facebook’s dispersed/disbanded (depending on whom you believe) Civic Integrity team said in her interview with CBS’ “60 Minutes” on Sunday rang true, including her allegations that the company’s algorithm is a wildfire that feeds on rancor and that the company always chooses its business over safety” [3]. The use of the term algorithm here refers to how Facebook surfaces certain content and submerges other content on a given Facebook user’s feed. 

Another quote example from a book on optimizing Rust language programming applications: While Swisher uses the term algorithm to refer to a specific decision-making technology at Facebook, Moraza uses it in a more general way where he writes: “You will also understand the difference between the common standard library collections so that you can choose the right one for your algorithm” [4, p. 1]. Algorithm here refers to the programming code that the reader of Moraza’s book is developing using the Rust programming language. Any computer code that is performing a process would qualify as an algorithm in this context while Swisher’s use of the term algorithm referred to a specific algorithm developed and used by a specific company.


Working Definition [Heading Level 2]
Based on the definitions and word history that you quoted and discussed, and the contextual uses of the term that you quoted and discussed, write a working definition of the term that's relevant to your career field or major, which you will need to identify (this is the specific context for your working definition).

References [Heading Level 2]
Order your IEEE references in the order that they appear in your document. The first would be [1], the second would be [2], etc.

[1]    "Algorithm," in Oxford English Dictionary, 3rd ed. Oxford, UK: Oxford Univ. Press, Mar. 2012, def. 2. [Online]. Available: https://www.oed.com
[2]    “Algorithm,” in Science and Technology Encyclopedia, Chicago, IL: University of Chicago Press, 2000. [Online]. Available: https://archive.org/details/sciencetechnolog00univ/mode/2up 

[3]      K. Swisher, "Brazen is the order of the day at Facebook," The New York Times, Oct. 5, 2021. [Online]. Available: https://www.nytimes.com/2021/10/05/opinion/facebook-blackout-2021.html

[4]      I. E. Moraza, Rust High Performance: Learn to Skyrocket the Performance of Your Rust Applications. Birmingham, UK: Packt Publishing, 2018. [Online]. Available: ProQuest Ebook Central.

Weekly Writing Assignment, Week 6

After watching this week’s lecture, begin thinking about what tasks and processes would be appropriate and interesting for you to write an instruction manual on for the next individual project. Possible instruction manuals should focus on your degree and career goals so that you create something relevant to your training and illustrative of your communication skills.

For this week’s Weekly Writing Assignment, write a 250-word memo addressed to Prof. Ellis with the subject line of “Instruction Manual Topic Selection.” In the body of your memo, discuss the pros and cons of three possible instruction manual topics and state which one you choose to work on for the project. Copy-and-paste your memo into a comment made to this post.

To aid in your thinking, review the links below for sample instruction manuals, and see a sample instruction manual outline at the bottom of this post.

Sample Instruction Manuals

Sample Instruction Manual Organization

1.0    Introduction
1.1    Purpose
1.2    Intended Audience
1.3    Scope
1.4    Organization Description
1.5    Conventions (abbreviations, left/right)
1.6    Motivation (answers the “so what” question)
1.7    Safety and Disclaimers
2.0    Description of the Equipment
2.1    Illustration of the Equipment
2.2    Description of the Equipment’s Parts
3.0    List of Materials and Equipment Needed
3.1    Illustration of the Parts Needed to Carry Out the Instructions
3.2    Tools needed
3.3    Table of the parts with description of each
4.0    Directions
4.1    Assemble the Skateboard
4.1.1    Step 1 (don’t write Step 1--write a brief statement on what the first step is)
4.1.2    Step 2
4.1.3    Step 3...Step n (write as many steps--briefly--as you can think of--you can fill this list out later)
5.0    Troubleshooting
6.0    Glossary
7.0    Reference List

Weekly Writing Assignment, Week 5

For this week’s Weekly Writing Assignment, continue your research and writing for the next two sections of the Expanded Definition Project: Context and Working Definition. As discussed at length in this week’s lecture, which you should watch before proceeding, write drafts of the Context and Working Definition sections and include in-text citations for quotes and corresponding references to those quotes at the end of your document. Copy-and-paste just those sections into a comment made to this post to demonstrate your on-going progress on the project.

Separately, you should aim for having a rough draft of your Expanded Definition project ready for peer review next week.

I am including the sample quotes and citations from today’s lecture below. Also, links to IEEE citation guides are at the bottom of the post.

TO:         Prof. Jason Ellis
FROM:     Your Name
DATE:         Due Date
SUBJECT:     Expanded Definition of Your Term

Introduction [Heading Level 2]
What is the purpose of this document? What term are you defining? How are you discussing the way it is defined and the way it is used in context? Describe a road map for what follows (definitions and context). This content should be published as paragraphs, unlike the heading for this section, which is a level 2 heading.

Definitions [Heading Level 2]
Compare and contrast at least two quoted definitions from different sources of the term that you selected. Provide quotes and IEEE in-text citations for each definition, and include your sources in the References section at the end of the document. Each definition that you include deserves discussion in your words about what it means and how it relates to the other definitions that you include. Consider how they are alike, how are they different, who might use one versus another, etc. And, as a part of your compare and contrast, discuss the etymology or history of the word (e.g., one definition might be more like what the word meant originally or more recently). Each quote should have an IEEE in-text citation and reference entry.

Context [Heading Level 2]
Compare and contrast at least two sentences that use the term as it appears in different sources. This discussion should focus on how the context of the word shapes its meaning. A range of sources would provide the best source material for your discussion of how the term is used in these contexts. For example, a quote from an academic journal, a quote from a newspaper or magazine, a quote from a blog, and a quote from social media would give you a range of uses that might have different audiences. For each quote, you should devote at least as much space as the quote discussing what it means in that context and how it relates to the other quotes in context. Each quote should have an IEEE in-text citation and reference entry. 

Here’s a quote example from The New York Times: Technology Opinion Writer Kara Swisher wrote about the bombshell allegations made by Facebook whistleblower Frances Haugen in a television interview: “Everything the former product manager on Facebook’s dispersed/disbanded (depending on whom you believe) Civic Integrity team said in her interview with CBS’ “60 Minutes” on Sunday rang true, including her allegations that the company’s algorithm is a wildfire that feeds on rancor and that the company always chooses its business over safety” [3]. The use of the term algorithm here refers to how Facebook surfaces certain content and submerges other content on a given Facebook user’s feed. 

Another quote example from a book on optimizing Rust language programming applications: While Swisher uses the term algorithm to refer to a specific decision-making technology at Facebook, Moraza uses it in a more general way where he writes: “You will also understand the difference between the common standard library collections so that you can choose the right one for your algorithm” [4, p. 1]. Algorithm here refers to the programming code that the reader of Moraza’s book is developing using the Rust programming language. Any computer code that is performing a process would qualify as an algorithm in this context while Swisher’s use of the term algorithm referred to a specific algorithm developed and used by a specific company.


Working Definition [Heading Level 2]
Based on the definitions and word history that you quoted and discussed, and the contextual uses of the term that you quoted and discussed, write a working definition of the term that's relevant to your career field or major, which you will need to identify (this is the specific context for your working definition).

References [Heading Level 2]
Order your IEEE references in the order that they appear in your document. The first would be [1], the second would be [2], etc.



[1]    "Algorithm," in Oxford English Dictionary, 3rd ed. Oxford, UK: Oxford Univ. Press, Mar. 2012, def. 2. [Online]. Available: https://www.oed.com
[2]    “Algorithm,” in Science and Technology Encyclopedia, Chicago, IL: University of Chicago Press, 2000. [Online]. Available: https://archive.org/details/sciencetechnolog00univ/mode/2up 

[3]      K. Swisher, "Brazen is the order of the day at Facebook," The New York Times, Oct. 5, 2021. [Online]. Available: https://www.nytimes.com/2021/10/05/opinion/facebook-blackout-2021.html

[4]      I. E. Moraza, Rust High Performance: Learn to Skyrocket the Performance of Your Rust Applications. Birmingham, UK: Packt Publishing, 2018. [Online]. Available: ProQuest Ebook Central.

IEEE Citation Guides

Lecture, Week 4

Remember to actively watch and make notes from this week’s lecture before proceeding with the Weekly Writing Assignment and submitting your 500-Word Summary Project.

As discussed in the lecture, the following is a model for the overall structure of your 500-Word Summary project. The lecture includes directions on how to create a post on our OpenLab course site to submit your work. Follow those directions carefully for maximum credit. The 500-Word Summary is due by next Wednesday. For those students who have reached out to me needing more time to complete the project, remember to email me after you have submitted your work so that I can go back and grade it.

Sample 500-Word Summary
(with IEEE in-text citation and Reference, and Lorem ipsum filler text)

TO:       Prof. Ellis
FROM:     Your Name
DATE:     10/6/2021
SUBJECT:  500-Word Summary of Article About Virtual Reality

The following is a 500-word summary of a peer-reviewed article about tracking human bodies in virtual reality. The authors discuss the body tracking software that they developed called Pfinder by showing how the software was developed, tested, and improved. According to the authors, “To  address  this  need  we  have  developed  a  real-time  system called   Pfinder   (“person   finder”)   that   substantially   solves   the problem  for  arbitrarily  complex  but  single-person,  fixed-camera situations” [1, p. 780]. 

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vestibulum at porttitor neque. Nullam dapibus pulvinar hendrerit. Etiam elementum ipsum quis elit aliquet tincidunt. Aliquam dui augue, tempor quis pretium et, fermentum et dolor. Praesent sit amet velit et ligula iaculis vulputate. Nulla facilisi. Aliquam lobortis pulvinar rhoncus. Aliquam neque sem, tincidunt sollicitudin ante gravida, congue pretium odio. Nullam in vestibulum tellus, accumsan dignissim dolor. Sed convallis nisl vel venenatis sagittis. In eu turpis risus. Phasellus ac rhoncus est.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis felis arcu, luctus sit amet mauris non, vestibulum lobortis massa. Nullam dapibus arcu ac sem dignissim, sed sodales lorem pulvinar. Proin convallis arcu et varius rutrum. Aenean ante dolor, maximus gravida tristique eget, fermentum nec diam. Maecenas accumsan faucibus tortor. Vivamus blandit, massa at pretium mattis, odio neque lobortis turpis, at placerat lorem nulla vitae sem. Sed in enim nec magna consequat malesuada. Suspendisse a lacinia quam, eget mollis lectus. Nam sed rutrum nisl. Vestibulum molestie justo sed pulvinar ultrices. Nam consequat dolor risus, hendrerit hendrerit magna consequat a.

In hac habitasse platea dictumst. Donec tempor metus eros, at accumsan nunc eleifend et. Vivamus velit ligula, commodo at justo non, interdum egestas elit. Nulla tristique facilisis massa quis volutpat. Quisque sollicitudin eu eros commodo mattis. Aliquam vel nisl ut enim rhoncus tristique. Integer placerat sapien et augue placerat interdum. Mauris semper augue eget sapien gravida hendrerit. Integer quis bibendum sem, vel tempus ligula. Nullam ante lorem, laoreet sit amet gravida semper, maximus non magna. Quisque dolor elit, semper a consequat eu, dignissim sed mi. Duis ac nibh efficitur orci gravida lacinia vel a tortor. Aenean quis nisi sit amet turpis molestie interdum.

Vestibulum viverra nulla semper risus placerat, at auctor massa ornare. Nullam quis gravida arcu. Mauris et lorem sed ante pharetra laoreet sed vel odio. Suspendisse eget nibh ex. Nulla a placerat lacus, blandit sodales nulla. Sed dapibus et velit sed pulvinar. Sed tincidunt nulla vel nunc interdum lacinia. Sed at tempus orci. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Aenean in ultricies nisi. Phasellus rhoncus elit nunc, sit amet sollicitudin metus bibendum vitae. Maecenas feugiat est ut arcu malesuada aliquam.

References

[1]     C. R. Wren, A. Azarbayejani, T. Darrell, and A. P. Pentland, “Pfinder: Real-time tracking of the human body,” IEEE Transactions on Pattern Analysis and Machine Intelligence, vol. 19, no. 7, pp. 780-785, July 1997, https://doi.org/10.1109/34.598236.

Weekly Writing Assignment, Week 4

For this week’s Weekly Writing Assignment, you will begin writing your Expanded Definition project. To start, focus on the first two sections as detailed below, which are the Introduction and Definitions sections. For all the definitions and etymological (word history) information that you quote, remember to use IEEE in-text citation numbers and create a corresponding References section at the end of your document in which the numerated IEEE bibliographic references match the numbered quotes in your Definitions section. Format your writing as a memo with the subject, “Expanded Definition of Your Term, First Half, Rough Draft.” There is no word count on this assignment. Its purpose is to demonstrate your best effort on the first half of your Expanded Definition project. Save your work in a safe place and copy-and-paste it into a comment made to this post (remember to click the title “Weekly Writing Assignment, Week 4,” scroll to the comment box, copy-and-paste, and click “Post Comment.”

Overview of the Expanded Definition Project Deliverable

TO:         Prof. Jason Ellis
FROM:     Your Name
DATE:         Due Date
SUBJECT:     Expanded Definition of Your Term

Introduction [Heading Level 2]
What is the purpose of this document? What term are you defining? How are you discussing the way it is defined and the way it is used in context? Describe a road map for what follows (definitions and context). This content should be published as paragraphs, unlike the heading for this section, which is a level 2 heading.

Definitions [Heading Level 2]
Compare and contrast at least two quoted definitions from different sources of the term that you selected. Provide quotes and IEEE in-text citations for each definition, and include your sources in the References section at the end of the document. Each definition that you include deserves discussion in your words about what it means and how it relates to the other definitions that you include. Consider how they are alike, how are they different, who might use one versus another, etc. And, as a part of your compare and contrast, discuss the etymology or history of the word (e.g., one definition might be more like what the word meant originally or more recently). Each quote should have an IEEE in-text citation and reference entry.

Context [Heading Level 2]
Compare and contrast at least two sentences that use the term as it appears in different sources. This discussion should focus on how the context of the word shapes its meaning. A range of sources would provide the best source material for your discussion of how the term is used in these contexts. For example, a quote from an academic journal, a quote from a newspaper or magazine, a quote from a blog, and a quote from social media would give you a range of uses that might have different audiences. For each quote, you should devote at least as much space as the quote discussing what it means in that context and how it relates to the other quotes in context. Each quote should have an IEEE in-text citation and reference entry.

Working Definition [Heading Level 2]
Based on the definitions and word history that you quoted and discussed, and the contextual uses of the term that you quoted and discussed, write a working definition of the term that's relevant to your career field or major, which you will need to identify (this is the specific context for your working definition).

References [Heading Level 2]
Order your IEEE references in the order that they appear in your document. The first would be [1], the second would be [2], etc.



[1]    "Algorithm," in Oxford English Dictionary, 3rd ed. Oxford, UK: Oxford Univ. Press, Mar. 2012, def. 2. [Online]. Available: https://www.oed.com
[2]    “Algorithm,” in Science and Technology Encyclopedia, Chicago, IL: University of Chicago Press, 2000. [Online]. Available: https://archive.org/details/sciencetechnolog00univ/mode/2up 

[3]      Author,Title, volume, edition. City, State, Country: Publisher, year.

[4]      Author, “Title,” Journal, volume, number, page range, month year, DOI.

Helpful Resources with IEEE Style

Weekly Writing Assignment, Week 3

Weekly Writing Assignment, Week 3

This week’s Weekly Writing Assignment has two parts. The first part should be submitted as a comment made to this post. The second part should be conducted over email with your team. Watch this week’s lecture from start to finish before proceeding.

The first component of this week’s Weekly Writing Assignment is the beginning research that you need to accomplish for the second major project: 750-1000-Word Expanded Definition. Think of several possible technical or scientific terms, phrases, or acyonyms that would be interesting to research the definition, etymology, and context of. Then, using the resources described in the Week 3 lecture, see which term might have the most useful material for you to use on the project. Once you see which term might yield the most research material, write a 250-word memo describing the terms that you considered, which library and approved sources yielded the most useful material (give accurate and specific titles), and what term you decided to choose for your expanded definition based on what you found in your initial research. Your memo should look like this:

TO: Prof. Ellis
FROM: [Your Name]
DATE: 9/29/2021
SUBJECT: Expanded Definition Term: [Term you selected]

First sentence should state the purpose of the memo in your own words. Follow with the possible terms you choose from, discuss the resources that you looked in, and state which term you chose for your expanded definition based on your initial research.

After you have written your memo, copy-and-paste it into a comment made to this post and click “Post Comment.” As I showed in a previous lecture, you click on the title of “Weekly Writing Assignment, Week 3” and scroll to the bottom to find the comment box where you copy-and-paste your memo.

The second component of this week’s Weekly Writing Assignment is to use email to connect with your teammates by clicking “Reply All” to the email that Prof. Ellis will send to each team. Follow the directions in Prof. Ellis’ email to initiate introductions and to share the draft of your 500-Word Summary rough draft with your teammates for peer review. We will talk about revising and posting the final draft of your 500-Word Summary during next week’s lecture.

Lecture, Week 2

Remember to take notes while watching the lecture. And, watch the lecture before proceeding with the Weekly Writing Assignment and other homework.

If you have any questions, email Prof. Ellis, visit the weekly office hours on Wednesday 3-5pm (link to the left), or email Prof. Ellis to make an office hour appointment.

Follow the Syllabus schedule to keep up with the class. Due to the college’s academic calendar, there will not be a lecture posted for the next two weeks. Lecture 3 will be posted on Sept. 22. In the meantime, Prof. Ellis will be holding weekly office hours and will respond to emails ASAP.

Weekly Writing Assignment, Week 2

This week’s writing assignment will help you develop the scaffolding for your 500-word summary project by creating a reverse outline of the article that you find in your research on a topic related to your field of study and eventual career field. This is due by our next week of lecture on Wednesday, Sept. 22.

Watch this week’s lecture and make notes before proceeding!

For this Weekly Writing Assignment, do the following (detailed in this week’s lecture):

  • Find an article in the library’s databases on an appropriate topic and of sufficient length (Remember: go to library.citytech.cuny.edu > Find Articles > click on “A” for Academic Search Complete and Academic OneFile or click on “I” for IEEE Explore)
  • Create a new document in your word process of choice (Google Docs, Microsoft Word, Apple Pages, LibreOffice, etc.).
  • Write a memo addressed to Prof. Ellis with the subject “Reverse Outline.”
  • Under the memo header, type “1.” followed by one sentence in your own words summarizing the first paragraph of the article that you chose. Then, type “2.” on the next line followed by one sentence in your own words summarizing the second paragraph. Write an enumerated sentence for each paragraph until you reach the end of your selected article. Do not make the mistake of using the author’s words in your one sentence summary–put away the article when you write each summary sentence so that you express the main idea of each paragraph using only your own words.
  • Conclude with a section titled “Reference” followed by an IEEE formatted reference entry for the article. See my example in the lecture, and use this, this, and this for additional help.
  • Copy-and-paste your memo into a comment made to this Weekly Writing Assignment post.

Also, you have some homework to accomplish before Wednesday, Sept. 22.

First, “reply-all” to the “Team Assignment” email that I will send you during the next two weeks. Follow the directions contained in the email to meet your fellow teammates and to show Prof. Ellis that you are actively taking part in establishing rapport with your teammates.

Second, take your reverse outline that you prepared for this week’s Weekly Writing Assignment and paste it into a new document on your computer or in the cloud. Remove the numbers before each summary sentence. Consolidate the sentences into paragraphs or one large paragraph. Read the sentences and edit as needed to create flow from one sentence to the next. Then, add a memo header as shown below (edit the subject according to my directions in the lecture or as you see below–meaning the main topic of your selected article), add an introductory sentence explaining what the document is (see the example first sentence below), and add a significant quote from your selected article with an in-text citation in IEEE Style as shown in the first paragraph below. This will yield a rough draft of your 500-word summary for the first project, which we will conduct peer review on during the week beginning on Sept. 22. Save this document until Sept. 22. We will use it for that week’s Weekly Writing Assignment

TO:       Prof. Ellis
FROM:     Your Name
DATE:     Oct. 6, 2021
SUBJECT:  500-Word Summary of Article About Virtual Reality

The following is a 500-word summary of a peer-reviewed article about tracking human bodies in virtual reality. The authors discuss the body tracking software that they developed called Pfinder by showing how the software was developed, tested, and improved. According to Wren et al., “To  address  this  need  we  have  developed  a  real-time  system called   Pfinder   (“person   finder”)   that   substantially   solves   the problem  for  arbitrarily  complex  but  single-person,  fixed-camera situations” [1, p. 780]. 

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Proin iaculis pharetra diam, eget condimentum nulla aliquam at. Duis interdum commodo est nec faucibus. Pellentesque porttitor ipsum in urna tempor rhoncus. Donec at nisl sagittis, tincidunt arcu sed, porta ex. Aliquam vehicula eget nisl quis egestas. Phasellus condimentum, dui nec blandit pretium, mauris est venenatis sapien, sed dictum dolor felis non eros. Morbi in sodales ex.

Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Proin eu pellentesque quam. Sed nec risus vulputate, suscipit nibh ac, gravida orci. Nam eu ultricies magna. Nunc rhoncus eget ex ut sagittis. Praesent sed sollicitudin justo. Praesent convallis porttitor dui ac efficitur. Duis efficitur purus in condimentum mollis. Cras vel nisi sed arcu lacinia fringilla. Donec ultricies venenatis metus, at placerat.
Ut aliquam sem eget diam vulputate, in ultrices neque iaculis. Integer urna est, suscipit quis nulla vel, posuere molestie lorem. Nunc porttitor luctus odio, quis porttitor est. Maecenas ultricies nisi a nisi consequat consectetur pellentesque eget ipsum. Nulla congue ipsum at ante molestie, sit amet aliquam ex tempus. Curabitur tristique, felis vel volutpat commodo, risus justo convallis elit, ut pellentesque augue purus eget leo. Vivamus et hendrerit enim, eu placerat nunc. Curabitur purus augue, dictum a imperdiet tincidunt, dictum ornare erat. Pellentesque ac justo accumsan, sodales ligula ultricies, lobortis tellus. Fusce velit mi, gravida non ante non, sollicitudin finibus odio. Phasellus fermentum ante felis, sed varius enim vehicula sed.

Praesent ultricies sem at mi varius fermentum. In tempus eleifend est nec ultrices. Aenean nisi metus, suscipit quis massa nec, viverra tempor dui. Donec vel ultrices urna, ac fermentum elit. Donec a maximus sapien. Donec nibh magna, eleifend at laoreet sit amet, sagittis eu ex. Praesent efficitur, nisl vitae maximus ullamcorper, lorem nulla malesuada nibh, id aliquet nisl est sit amet turpis. Aliquam a tellus vel lacus tempor blandit sed non nulla. Mauris ut erat ligula. Ut nec dignissim mi. Sed suscipit mi in dui fringilla placerat. Duis sed sem consequat, sagittis ex eget, egestas tortor. Vestibulum vitae magna ipsum. 

Cras ligula tortor, consequat vel urna vel, dignissim finibus lectus. Donec accumsan nibh lectus, vitae molestie ex dapibus vitae. Mauris eu fermentum sapien. Vestibulum laoreet consectetur diam ut volutpat. Morbi rhoncus aliquam posuere. Cras consectetur, odio at feugiat euismod, augue diam rhoncus ligula, at sollicitudin nunc turpis vitae diam. Proin ut tortor velit.

Reference

[1]     C. R. Wren, A. Azarbayejani, T. Darrell, and A. P. Pentland, (1997). “Pfinder: Real-time tracking of the human body,” IEEE Transactions on Pattern Analysis and Machine Intelligence, vol. 19, no. 7, pp. 780-785, July 1997, doi: 10.1109/34.598236.

Weekly Writing Assignment, Week 1

After watching this week’s lecture (embedded in the post above) and reading this article on best practices for emailing professors, complete your first Weekly Writing Assignment by sending an email of introduction from your official City Tech email account to Prof. Ellis at jellis@citytech.cuny.edu according to the following parameters:

  • Send an email to Prof. Ellis at jellis@citytech.cuny.edu from your City Tech email account.
  • Subject line: ENG2575 [Your Section] Student Introduction
  • Salutation
  • Body: Tell me about yourself, your major, career goals, hobbies, what you want to get out of our class, and your availability for teamwork.
  • Closing: Sign with your name or how
    you would like me to refer to you.
  • If you need to reset your City Tech email password, go to forgot.citytech.cuny.edu.

Welcome to Technical Writing, ENG2575 OL70!

Dear all,

I would like to welcome you to our Fall 2021 Technical Writing class! To make sure you’re in the right place, this is ENG2575 OL70. I am Prof. Ellis and I will be leading our class this semester.

It’s important that you read through this message carefully and follow my directions below to join our class on OpenLab.

Even though classes don’t begin until Wednesday, Aug. 25, the school asked faculty to reach out to students early to help everyone be ready to begin when classes begin. At any point, feel free to reach out to me by email with any questions that you might have.

Our class is completely online and we will not be meeting synchronously (meaning at the same time). Instead, our class is designated asynchronous, which means each student can watch lectures and do the work at times of their choosing as long as deadlines and due dates are met.

Furthermore, there are, required team-based projects in which students will have to collaborate with others and coordinate times to work together throughout the semester. Please bear in mind that this is required for all ENG2575 classes and is therefore non-negotiable.

We will be using City Tech’s OpenLab to coordinate our class and the work that you will be doing this semester. To get you setup with the OpenLab, you will need to create an account using your City Tech email address (if you haven’t already done so), which you can do here: https://openlab.citytech.cuny.edu/register/

After you login to OpenLab with your account, you need to visit the Profile Page of our class and click on “Join Now” on the left side under the avatar image of a phonebooth: https://openlab.citytech.cuny.edu/groups/eng2575-ol70-technical-writing-fall-2021/

Then, to access our class site where I will post lectures and assignments, and you will turn in many of your projects in the class, click on “Visit Course Site” (on the right) after you joined the course, or you can go there directly by following this link: https://openlab.citytech.cuny.edu/elliseng2575ol70fa2021/

On our Course Site, you will see this Welcome message from me at the top of the page. On Wednesday, Aug. 25, I will post the first lecture video and weekly writing assignment. I explain a lot about how the class works and what we will be doing in that video. Watching each week’s lecture, taking notes, and completing assignments are required for success in the class.

Also, look at the menu on the left side of our Course Site to find the link to the class Syllabus: https://openlab.citytech.cuny.edu/elliseng2575ol70fa2021/syllabus/. All of our class’ policies, major assignments and grades, and schedule can be found there. I go over the syllabus in detail in the first lecture video.

Finally, I will hold weekly virtual office hours on Wednesday from 3:00pm-5:00pm on Google Hangouts here: https://hangouts.google.com/call/ffqYdoXngPvd-4OB-HTtACEE. There is also a link to the weekly office hours on the left side of our Course Site. If you would like to meet with me at a different day and time, please send me an email with your availability for the coming week so that I can arrange a time that accommodates both of our schedules.

I’m looking forward to working with you all over the coming semester. Remember to contact me with questions or if anything comes up that affects your performance in the class at jellis@citytech.cuny.edu. I want us all to complete the semester successfully!

Be well and stay safe!

Best, Professor Ellis

Expanded Definition of Aerospace and Aeronautical

To: Prof. Ellis
From: Edwin Ascencio
Date: 10/27/ 21
Subject: Expanded Definition of Aerospace and AeronauticaL

Introduction

The purpose of this memo is to expand and elaborate the two terms Aerospace and Aeronautical and how these terms play a major role in the Aviation field. Aircrafts are what allows use to travel to different countries, island, and continents. These terms are what allowed society to research and develop our modern aircrafts. Aviation has come a long way since it was explored by the Wright brothers and eventually it was divided into two more in-depth fields. These field allowed engineers to explore new possible heights and reach places we were not able to reach before. With Aerospace and Aeronautical we were able to make the journey to travel to space and this allowed us to advance our knowledge of science. I will discuss the origins of the two terms and the importance of the term. The resources I will be unitizing are credible dictionaries and research paper created by people who have studied in the Aviation field. After gathering all the required information, I will sort the information into four categories: Definition/Etymology, Context, and Working Definition. All reference will be included towards the end.


Definition/Etymology

The aviation field could be divided into many professions but without Aerospace and Aeronautical we would not have aircraft we have today. As an aircraft mechanic I can see aircrafts that have unique designs. The uniqueness comes from Aerospace and how manufactures designed the aircraft to perform certain tasks. From my understanding Aerospace is an industry that designs and manufacture unique airplanes. Some aircrafts that the industry designs are not limited to aircraft that allows us to travel to different regions around the world, they also design aircraft that can cruise between the boundary of Earth and Space. According to Dictionary, it says, “the industry concerned with the design and manufacture of aircraft, rockets, spacecraft., that operate in atmosphere”.[3] The given definition gives use an understanding on what aerospace focus on. As I mention before aerospace is not limited by aircraft that allows us to travel to different regions, aerospace allows us to travel to different atmosphere and space. According to Merriam-Webster, aerospace is “the manufacture of such vehicles or to travel in aerospace”.[4] The secondary definition correlates to the first definitions and shows that aircrafts travel could also travel outside the boundaries of Earth or within the Earth.

Another term that corresponds with Aviation is Aeronautical. According to Merriam-Webster, Aeronautical is “a science dealing with the operation of aircraft”.[2] There are several forces and principles that factor in when an aircraft or rocket is flying. These considerations are implemented via aerospace because aerospace oversees designing aircraft that will consider the several factors and principle. Both aerospace and aeronautical play a major role by producing aircraft that can perform certain action. Another definition from Collins is that aeronautical “means involving or relating to the design and construction of airplanes”. [5] Both definition gives a similar definition as they both relate to creating an aircraft that can perform certain task and focus on the operation of the aircraft.


Context

When comparing the two definitions for Aerospace we can see that both definitions share a common statement and that is the word manufacture. Aerospace creates different aircraft that can travel to different location or factor forces. The first definition states that an industry designs and manufacture aircrafts to perform in different circumstances. The second definition states it manufactures vehicles to travel in aerospace. Each definition refers to the term, design and manufacture. Aircraft could vary from an RC Drone to a Rocket ship. Today we have aircraft that allows use to travel long distance but in short altitude (helicopter), we have aircraft that allows us to travel overseas (commercial aircrafts), and we have aircraft that allow use to explore space (rockets). These are some examples of what the industry have demanded us to create, aircraft with unique design and performance.

With Aeronautical both definition talk about the operation of aircraft. When creating aircraft engineers ask, “what should this aircraft do?”. This question is what gave use a variety on aircraft. One variety that was made was the SR-71. It was an aircraft capable of traveling 200mph and travel around between the boundaries of Earth and Space. The aircraft was made of special material and deicing system to prevent the aircraft from freezing at high altitude. With Aerospace designing the aircraft, careful consideration was inserted and eventually created the SR-71. Aeronautical studied the science of high altitude and aerospace designed an aircraft to combat the forces existing at high altitude.


Working Definitions

Currently NASP (National Aero Space Plane) has created a aircraft, the X-30and that aircraft could achieve speeds of Mach 25 which is faster than regular aircraft. NASP uses a combination of both aerospace and aeronautical to create the XC-30. According to Barthelemy, “XC-30 will be fabricated from a combination of highly advance materials”. [1]. Here we see that at a certain speed friction will start to form and heat the aircraft greatly. To avoid structure damages, special material is used in the aircraft construction to prevent overheating.  Aeronautical will gather data and determine what material will be suited for this kind of stress and aerospace will design and manufacture an aircraft base on the material that was gather from research. We can see how both terms play a role in today’s aircraft.

Reference

[1] R. Barthelemy, “Recent progress in the National Aerospace Plane program,” in IEEE Aerospace and Electronic Systems Magazine, vol. 4, no. 5, pp. 3-12, May 1989, doi: 10.1109/62.31806.
[2] “Aeronautics definition & meaning,” Merriam-Webster. [Online]. Available: https://www.merriam-webster.com/dictionary/aeronautics. [Accessed: 12-Dec-2021].
[3] “Aerospace definition & meaning,” Dictionary.com. [Online]. Available: https://www.dictionary.com/browse/aerospace. [Accessed: 12-Dec-2021].
[4] “Aerospace definition & meaning,” Merriam-Webster. [Online]. Available: https://www.merriam-webster.com/dictionary/aerospace. [Accessed: 12-Dec-2021].
[5] “Aeronautical definition and meaning: Collins english dictionary,” Aeronautical definition and meaning | Collins English Dictionary. [Online]. Available: https://www.collinsdictionary.com/us/dictionary/english/aeronautical. [Accessed: 12-Dec-2021].

500 Word Summary of The Article about Deep Space Exploration Space Transportation Systems and Control Technology

To: Professor Ellis
From: Edwin Ascencio
Date: 09/22/21
Subject: 500 Word Summary of The Article about Deep Space Exploration Space Transportation Systems and Control Technology

The following memo is a 500-word summary about an overview about deep space exploration space transportation systems. The article mentions how deep space exploration missions are calling for a new development of space transportation systems and reviews current deep space exploration transportation systems. Space transportation technology before only allowed humans to explore the Moon but with different countries’ space development programs humans are now able to travel and study planets that are lightyears away from Earth. Even now humans are still developing new space transportation systems that will allow them to explore the deep galaxy and travel beyond its current limited distance. According to the article, “Development of deep space explorations is in full swing, the future deep-space missions about nearly halfway are through international cooperation and organization with low cost, high efficiency to achieve more distance future deep space exploration.”, our goal is to continue to create new space transportation systems that allow humans to go further into space.

Space transportation systems are classified as the following: expendable launch vehicle and Reusable Lauch Vehicle (RLV). Space transportation systems rely on both classifications.  Expanded launch vehicle’s primary purpose is to enter an attached component into space and then the rockets that performed the launched are discarded after reaching its distance. In the upper stage of the rocket, a reusable launch vehicle is used to carry out it’s space mission and reach its destination. Deep space exploration is not as simple as sending a rocket into space. There are tremendous considerations that are implemented into the overall function and designs of space transportation systems and these considerations ensure that the rockets can travel deep into the solar systems.

Some of the problem that are included in deep space exploration are management technology for long flying time, thrust regulations, autonomous navigations, and reliable electrical systems. Deep space exploration mission are large scales which put heavy demands on control system reliability. By increasing the flying time, it brings challenges to the reliability of the control system. To keep the system reliable and resilient over long periods of flight, fault detections and execution of sensitive equipment will be performed to keep up with the high reliability, flying time and multiple task demand. These performances are stress test which will give developer an idea on what are rockets current limitations and how to overcome those limitation to perform at higher loads. Using these data analysis developer could create a newer version of a rocket that will be able to perform under heavy loads and be used in longer space exploration. Large launch vehicles use new variable thrust systems and several other working power systems which will lead to a bitter control of thrust control systems. Thrust regulations and control technology can regulate the loads of different orbits, reduce thrust for better aerodynamics loads, improve flight reliability, reduce thrust to ease separation when transitioning to different environment and improve separation accuracy with little change in the carrier state. With proper thrust regulation humans will be able to transvers through space efficiently Deep space exploration control technology has entered the testing stage to meet the development needs of future deep space explorations.

Reference
[1] J. Cao, G. Xu and F. Xu, “Overview of deep space exploration space transportation systems and control technology,” Proceedings of 2014 IEEE Chinese Guidance, Navigation and Control Conference, 2014, pp. 2433-2438, doi: 10.1109/CGNCC.2014.7007551.

500 Word Summary of The Article about Deep Space Exploration Space Transportation Systems and Control Technology

To: Professor Ellis
From: Edwin Ascencio
Date: 09/22/21
Subject: 500 Word Summary of The Article about Deep Space Exploration Space Transportation Systems and Control Technology

The following memo is a 500-word summary about an overview about deep space exploration space transportation systems. The article mentions how deep space exploration missions are calling for a new development of space transportation systems and reviews current deep space exploration transportation systems. Space transportation technology before only allowed humans to explore the Moon but with different countries’ space development programs humans are now able to travel and study planets that are lightyears away from Earth. Even now humans are still developing new space transportation systems that will allow them to explore the deep galaxy and travel beyond its current limited distance. According to the article, “Development of deep space explorations is in full swing, the future deep-space missions about nearly halfway are through international cooperation and organization with low cost, high efficiency to achieve more distance future deep space exploration.”, our goal is to continue to create new space transportation systems that allow humans to go further into space.

Space transportation systems are classified as the following: expendable launch vehicle and Reusable Lauch Vehicle (RLV). Space transportation systems rely on both classifications.  Expanded launch vehicle’s primary purpose is to enter an attached component into space and then the rockets that performed the launched are discarded after reaching its distance. In the upper stage of the rocket, a reusable launch vehicle is used to carry out it’s space mission and reach its destination. Deep space exploration is not as simple as sending a rocket into space. There are tremendous considerations that are implemented into the overall function and designs of space transportation systems and these considerations ensure that the rockets can travel deep into the solar systems.

Some of the problem that are included in deep space exploration are management technology for long flying time, thrust regulations, autonomous navigations, and reliable electrical systems. Deep space exploration mission are large scales which put heavy demands on control system reliability. By increasing the flying time, it brings challenges to the reliability of the control system. To keep the system reliable and resilient over long periods of flight, fault detections and execution of sensitive equipment will be performed to keep up with the high reliability, flying time and multiple task demand. These performances are stress test which will give developer an idea on what are rockets current limitations and how to overcome those limitation to perform at higher loads. Using these data analysis developer could create a newer version of a rocket that will be able to perform under heavy loads and be used in longer space exploration. Large launch vehicles use new variable thrust systems and several other working power systems which will lead to a bitter control of thrust control systems. Thrust regulations and control technology can regulate the loads of different orbits, reduce thrust for better aerodynamics loads, improve flight reliability, reduce thrust to ease separation when transitioning to different environment and improve separation accuracy with little change in the carrier state. With proper thrust regulation humans will be able to transvers through space efficiently Deep space exploration control technology has entered the testing stage to meet the development needs of future deep space explorations.

Reference
[1] J. Cao, G. Xu and F. Xu, “Overview of deep space exploration space transportation systems and control technology,” Proceedings of 2014 IEEE Chinese Guidance, Navigation and Control Conference, 2014, pp. 2433-2438, doi: 10.1109/CGNCC.2014.7007551.

Expanded Definition

Jun Gao

Professor Ellis

ENG 2575

12/10/21

The concept of the sociological imagination permeates nearly every aspect of our existence within the confines of artificial social constructs. C. Wright Mills first coined the term to define the subtle interconnectivity of relatively common or inconsequential stimuli to more substantial social occurrences within the framework of our societal functions. The idea is indispensable to the foundation of modern sociological discourse. Its basis is rooted in the fabric of our social constructs. It allows academics to understand how individuals within a community behave based on the specific social systems that form their civilization(s). Sociological imagination allows us to peer into the boundless scope of analysis concerning how our ideological viewpoints are connected to the social and historical implications within a more profound context of reasoning. Sporting activities are an everyday communal activity related to the larger social constructs that uphold their importance to our society, subsequently illustrating the validity of Mills’ concepts through the connections that sports have to larger social and historical contexts.

The field of sociological imagination is an expansive ideology that allows academics to assess the social and historical implications of our social constructs. Every conceivable tradition possessed by human civilization inherently correlates to a substance within the sociological imagination concerning its multifaceted impact on the development of human cultures. “Mills’ contemporaries in sociology tended to focus on understanding systems rather than exploring individual issues. He believed that looking at a balance between systems and the individuals within them was essential to understanding their cooperative relationship, as well as the social structures that arise out of the conflict between various groups […] And that’s important because, without sociological imagination, all of our common sense ideas are drawn from our limited social experiences. Sociological imagination is a framework for viewing the social world that exceeds those limitations; an ability to develop an understanding of how biography is the consequence of historical processes and unfolds within a bigger context in society.” (Prout, 4) This showcases the universal capabilities of using this particular methodology better to understand complex social issues and sociological elements of study. Many of our daily activities are connected to historical circumstances that allowed for the progression of specific behavior, subsequently creating many foundational substances within our social framework(s). Sports are a notable institutional activity rooted in several groups’ socio-cultural properties, which grew into a complex network of communal activities. Sports and sporting activities are essential to modern civilization and are a common aspect of our lives; the move reflects several core values that were crucial concepts within the evolution of human society and have critical historical factors connected to its modern relevance.

The history of sports is founded on the social properties of human advancement. Sports were adapted and progressed from several behaviors and practices implemented into early social frameworks as survival techniques and entertainment. The emergence of development in early childhood directly allows individuals to allow sports to permeate an aspect of their daily lives, thus forming a connection between the social and historical factors concerning the practice’s expansion. This undeviatingly relates to Mill’s sociological concept and shows how sociological imagination can connect certain crucial factors to comprehend our society’s nature better. “Infants develop an emerging awareness of other people and physical objects found in the environment. Babies learn to grasp, hold and use simple objects like spoons, dolls, bottles, and blankets. As their physical skills continue to develop, they learn to play with objects by imitating the people around them. […] reflected the religious significance combined with activities associated with physical survival. For example, Africans participated in archery. It was a valued warring skill and dance because it held religious value.” (Delaney, 50) The extensive history of sports is rooted within human civilization’s earliest communal customs. Communities have been engaging in sport-like activities for millennia, growing into a multifaceted network of activities that encompass the same core principles of contest and competition that early civilizations used to enhance their aggressive capabilities. This establishes a profound association between Mill’s concept and the relevance of sport’s development in conjunction with human society, showcasing that many popular sports in modern culture are connected to ancient practices that appear to have no obvious correlation.

The societal implications of understanding human development through Mill’s perspective are illustrated through the growth of our civilizations through our sporting habits. Humans in different societies interacted with sports in relatively similar accords, using objects and defined regulations to compete in various competitions. These systems share several similarities concerning gender roles and other social constructs integral to modern society. “In most premodern societies, boys were encouraged by their families to compete in sports, which were presumed to prepare them for their adult roles as warriors and workers, while girls were encouraged to continue to play non-competitive games that prepared them for motherhood. In modern societies, boys and young men continue to outnumber girls and young women involved in sports competition.” (Britannica, 5) This illustrates the defining pattern of sport’s relevance within the growth of social practices; viewing this association through the sociological imagination allows for a better understanding of how gender-based practices have existed within our societies for generations, illustrating specific factors that directly connect to other aspects of sociology. The connection between sports and socialization is another profound constituent that shows the importance of Mill’s perspective. “Play, games, contests, and sports have crucial and quite specific roles in the general socialization process. The sense of self is not natural; it develops through childhood socialization as a result of role-playing […] They develop a reflexive conception of the self and its position concerning others, and they learn to see themselves as others see them.” (Britannica, 4) This sentiment illustrates the importance of sports in developing individuality and communal perspectives and their practical implementations in our social framework. Our cultural expectations and self-perceptions are directly connected to the fundamental nature of sporting activities,  allowing us to progress within communication efforts and the socialization process. This allows us to see the influence of sports within the historical and social development of the human race while simultaneously illustrating the effectiveness of the sociological imagination.

The importance of the sociological perspective is rooted in the utilization of crucial historical and social implications that connect to Mill’s methodology. Our behavior patterns expanded into numerous social systems that are active institutions within our social construct and have shown the importance of understanding society through an enlightening perspective.

Works Cited

Delaney, Tim, and Madigan, Tim. The Sociology of Sports: An Introduction, 2d Ed.. United States, McFarland, Incorporated, Publishers, 2015.

Maguire, Joseph Anthony , Guttmann, Allen , Thompson, William N. and Rowe, David Charles. “sports”. Encyclopedia Britannica, 16 Sep. 2021, https://www.britannica.com/sports/sports. Accessed 26 November 2021.

Prout, Todd. “What Is Sociological Imagination?” National University, National University, 30 July 2021, www.nu.edu/resources/what-is-sociological-imagination/.

Instruction manual on how to counteract negative police interactions with the LAPD

Jun Gao          

Professor Ellis

ENG 2575

Dec 5, 2021

Problem

In modern society, several pertinent ethical debates concerning the behaviors and practices of law enforcement agencies have positioned themselves at the forefront of our socio-political discourse. The ethical standards of several police departments in Los Angeles have been denoted towards a negative connotation in the eyes of its surrounding communities; a multitude of citizens from areas with diverse cultural demographics have been publicly oppressed in their neighborhoods through methods of over-policing, brutality, and other aggressive tactics that have manipulated the consensus on the topic of police for many individuals. There has been a considerable lack of consequence or reprimanding for many of the cases surrounding these malicious circumstances, coupled with a unique sense of inaction regarding the much-required institutional adaptations needed for Los Angeles-based policing systems. L.A.’s police system requires a substantial transformation from its current community-policing tactics to develop a considerably healthier dynamic between law enforcement and civilians, simultaneously investing in community-outreach initiatives, positive communication tactics, and abolishing unscrupulous police practices.

Background

The Los Angeles Police department is recognized globally for its capacity to abuse its operational powers and systematically oppressed communities of color. The agency is infamous for instigating many violent altercations between law enforcement and civilians, engaging in aggressive behavior often leading to physically violent (and sometimes fatal) disputes to occur. The Los Angeles Police Department’s actions dissolve any possibilities of a positive relationship between themselves and the communities they serve. Immediately following the effects of quarantine, the summer saw a substantial rise in social activist initiatives in direct response to community retaliation against police brutality on a nationwide scale. Reports described the events surrounding waves of policy-oriented violence as a “reign of terror,” citing multiple shootings of unarmed civilians, aggressive interactions between civilians and officers, and the escalation of social conflicts that lead to prevalent tension between the two parties. This notion has led to a stark dichotomy between the LAPD and the members of its various communities, demonstrating the adverse effects that malicious police operations had led to. “Police leaders have put forward accounts of each killing that they say to justify the use of force. But civil rights activists and victims’ families say the repeated bloodshed is a sign that police continue to escalate conflicts and resort to violence, even in the most routine of encounters – and that a more radical response is needed to prevent the next tragedy… LASD is the largest county police agency in the U.S., with jurisdiction in nearly 200 different towns and cities, and has a track record of brutality and controversial killings, racial profiling and corruption cases.”. (Levin, 3). The policing system in Los Angeles has been associated within the context of its direct altercation switch with the general public. The killing of unarmed civilians and the strong sense of conflict between both sides of the dichotomy has fueled a considerably virulent relationship based upon the seemingly repeating actions used to solve issues inadequately and efficiently de-escalate ambivalence.

Potential Methods of Solution Tactics

The assistance required to deal with the issues at hand is extensive. The nature of this problem is rooted in the standardization of aggressive methodologies being at the root of police training and the manipulation of community relations with law enforcement to be allocated towards destructive actions. Understanding empathy and utilizing the concept in community relations with the people(s) afflicted the most is crucial to comprehend the nature of police-community interactions. Many of these neighborhoods are actively disinterested in developing a healthy dialogue with police and incentivize the lack of nutritional communication standards to continue this dangerous narrative. “Racial and gender disparities abound within the criminal justice system and beyond. Many of these communities are made up of low-income neighborhoods with diverse racial demographics and a high percentage of black and Hispanic individuals, disproportionately affecting the livelihoods of minorities in Los Angeles. Males of color make up an unsettling majority of those stopped, arrested, and convicted of violent crimes in major cities all over America. They are also the majority of violent crime victims and are far more likely to be subjected to police force…Policing does not exist in a vacuum. It is a reflection of a country rife with racial disparity, which must be addressed in employment, healthcare, housing, education, and beyond.”. (Moore, 2-4). The correlation between race and police aggression is a necessary factor to consider when discerning the root of the attitudes taken when dealing with minorities from the responsibilities held by law enforcement officers—having a clear understanding of this dynamic and its subsequent issues coupled with the context of the historical relations between the two have to be analyzed to fully grasp the nature of the problem and any potential solutions in the attempt. Local political initiatives have been incentivized and propagated in recent times due to social backlash and numerous outcries for community legislators to create viable solutions to the issue. However, adequate assistance and community outreach programs must be invested if the point of de-escalation and the development of cordial, healthy communication tactics are created.

Survey

A survey would be conducted under the context of analyzing to dismantle oppressive practices of police aggression and the use of violent tactics in various communities with a particular area of interest in establishing relatively healthy methods of communication and interaction from the perspectives of both sides. Surveys in the form of questionnaires will be distributed to communities with the most active police presence in Los Angeles. Prevalent communities such as Skid Row, South LA, Lincoln Heights, and Hyde Park (neighborhoods with high crimes rates and heavy, active police presence) to gauge the public consensus on police-civilian relations to apply a relevant methodology in seeking for solutions to create better forms of communication between members of communities afflicted with prevalent police interaction. This would consequently allow law enforcement or create foundational grassroots initiatives to connect with community members on a more substantial basis, counteracting the negative ramifications of police-community tensions and creating a more equitable ecosystem for positive relationships to develop adequately.

Possible Solutions

Several viable solutions could potentially amend the toxic relationship between civilians and law enforcement in Los Angeles. The very root of the problem stems from critical factors that influence the trajectory of developing relations between both parties; excessive use of physical and lethal force, racial prejudice and discriminatory practices, and a stark lack of accountable consequences issued towards infringed actions are essential concepts of interests concerning the issue of police brutality and police-neighborhood interactions. The problems afflicting these areas can be derived from these three components, allocating their importance to the most significant concern and directing a focused objective towards establishing a solid foundation for new operations.

A foundational option for both police officers and Los Angeles residents to consider would be participating in community relations programs and reforming the entire law enforcement training process to be geared towards empathetic dialogue and practical de-escalation education to standardize the use of acceptable conflict resolution practice and to build a sense of trust among Los Angeles communities and their police department(s). The use of educational programs for police departments (and communities) would effectively solve many of these operational misconceptions and faulty practices in the currently abusive institution. Organizations dedicated to teaching police officers about the core concepts concerning healthy police de-escalation tactics should implement their techniques in Los Angeles to create a status quo for beneficial, efficient policing tactics to be implemented into educational routines. “Programs to improve police-community relations benefit the community by decreasing fear and stress, especially in a community where the presence of law enforcement increases the anxiety of its citizens. A decrease in this anxiety can regulate potential conflict before it begins…These programs to improve police-community relations can benefit police departments by decreasing or de-escalating conflicts that may garner negative consequences, keeping law enforcement and the community in what may seem like an ongoing battle.”. (Police Peacekeeping, 2-4). Programs and networks that encourage officers to resort to “tactical communication skills” (skills used for high-stress and dangerous altercations) and conflict resolution will drastically reduce the apparent need for physical force to be applied during quarrels, and lead to an overall increase in policing efficiency and interpersonal community relations. One study found that “a single instance of positive contact with a uniformed police officer can substantially improve public attitudes toward police, including legitimacy and willingness to cooperate.” (Peyton, 1); this information directly correlates to the notion that creating avenues for these positive interactions to occur through education and congregation will effectively lead to beneficial results.

Conclusion

The nature of police-neighborhood relation is a topic that polarizes opinion. Aggressive acts stemming from non-communicative situations with police officers and (innocent) civilians have developed a sense of tension between both groups, leading to a less-than-favorable dynamic held between members of this evil dichotomy. Active Los Angeles communities must initiate resistance against the normalization of these practices on social and political platforms to dismantle oppressive practices systematically, and violent behaviors carried out by members of a corrupt police force.

Works Cited

Peyton, K., Sierra-Arévalo, M., & Rand, D. G. (2019). A field experiment on community policing and police legitimacy. Proceedings of the National Academy of Sciences, 116(40), 19894-19898.

ACLU. (n.d.). Fighting police abuse: A community action manual. American Civil Liberties Union. https://www.aclu.org/other/fighting-police-abuse-community-action-manual.

Levin, S. (2020, September 6). ‘Reign of TERROR’: A summer of police violence in Los Angeles. The Guardian. https://www.theguardian.com/us-news/2020/sep/06/los-angeles-police-killings-dijon-kizzee-andres-guardado.

Chang, A. (2020, June 5). LA’s history of racial tensions and Police Brutality, Revisited. NPR. https://www.npr.org/2020/06/05/871083491/las-history-of-racial-tensions-and-police-brutality-revisited.

Moore, M. (2021, June 3). Chief Michel Moore: Inequities in policing are a reflection of a racially biased society. Los Angeles Times. https://www.latimes.com/opinion/story/2021-06-03/chief-michel-moore-racially-biased-policing.

N/A. (2021, March 3). Programs to improve POLICE-COMMUNITY RELATIONS: Pollack Peacebuilding. Pollack Peacebuilding Systems. https://pollackpeacebuilding.com/police-community-relations-programs/.

500 Word Summary

To: Professor Ellis     

From: Jun Gao

Date: Oct 1, 2021

Subject: 500- Word Summary of DroidMorph

Topic/Major: CST, Cyber Security & Networking

There has been a rise in different variants of Android malware and there needs to be new and improved methods to combat this malware. There is this new tool developed called DroidMorph. Multiple reports have stated that Androids are still the main target of malware attacks with malwares cloning themselves and there are a lot of data to support that claim. Malware creators use stealthy mutations to make clones of malwares.

To combat malware clones, we need to study how they are generated. DroidMorph is a  Android APK morphing tool, which can be used to create Android application malware clones. It turns out that even top of the line anti-malware programs are susceptible to attack by these transformations. They tested 10 anti malware programs and repetitive transformations were used to fool the anti-malware program. During the tests, it was discovered that AntiY AVL which is a anti malware, performed better than the others.

Protsenko et al tested against data and object-oriented design obfuscations against the top 10 anti malware and found inadequacy in them all. These four examples of anti-malware testing proved that all of them have some deficiencies and it is time to introduce the tool DroidMorph. Droidmorph is implemented on the Soot Framework which is an improvement over the old implementations. Droidmorph provides support for analysis, modification, and generation of Android bytecode. Droidmorph provides morphing of APK at different levels of abstraction. Figure shows the archtitectural design of DroidMorph.

The current design of DroidMorph has three levels of abstrations when it comes to morphing, class, method and body. They conducted a study to analyze the efficiency of DroidMorph. The dataset has 848 Android malware programs which was collected from two different sources. They explained in table 1 it shows distribution of the malware samples. Table shows the number of variants generated for each level of abstraction. Table 3 shows the detection results of the 17 commercial anti-malware programs tested with 1771 variants of 7 malware families generated by DroidMorph.

Results show that 8 out of 17 anti-malware programs could not detect any morphed APKs. End results show that DroidMorph was successful in bypassing the security in multiple anti-malware programs. DroidMorph’s detection average proved to be significantly better than many antimalware programs.

DroidMorph and the research into developing and improving the program is still a work in progress. With the development of DroidMorph and its ability to morph different malware into different clones, the developers hope that DroidMorph will be used in the future for research of new malwares and their clones. In the future, there will be many more improvements and updates that will be made to DroidMorph, hopefully make it the industry standard for fighting malware and its clones.

Reference

S. Alam, M. Z. ul Abideen and S. Saleem, “DroidMorph: Are We Ready to Stop the Attack of Android Malware Clones?,” 2018 2nd International Symposium on Multidisciplinary Studies and Innovative Technologies (ISMSIT), 2018, pp. 1-4, doi: 10.1109/ISMSIT.2018.8567059.