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Program to increase retention of female students in engineering technology programs.

Program to increase retention of female students in engineering technology programs.

Realizing the value of the research experience at the undergraduate level, this project is committed to fostering research opportunities for City Tech students. Faculty and students can use this project as a place to share announcements about research opportunities, as well as a place to offer information about the experiences students and faculty have had in their research endeavors. A handbook on effective mentoring, developed by the Undergraduate Research Committee, is currently available for download.

Realizing the value of the research experience at the undergraduate level, this project is committed to fostering research opportunities for City Tech students. Faculty and students can use this project as a place to share announcements about research opportunities, as well as a place to offer information about the experiences students and faculty have had in their research endeavors. A handbook on effective mentoring, developed by the Undergraduate Research Committee, is currently available for download.

Feel free to view the work of students.

Feel free to view the work of students.

Rapid technology advancement became a prime concern when Cybersecurity and the privacy of human data became vulnerable to hackers. Engineers are working hard to build strong security to prevent hackers from damaging hardware, software, or electronic data. Generating pseudo-random sequences of values using Linear Feedback Shift Register can help to build strong security to avoid unauthorized access to private information. LFSR is also used in cryptography to encrypt and decrypt electronic data which helps to secure all our ATM cards, computer passwords, and electronic commerce [1]. Moreover, Cyclic-Redundancy Check(CRC) is used to detect error or corruption during signal data transmission which is possible to easily implement in hardware using LFSR. The sequence of values stored in the LFSR is known as checksum and receivers check out the internal checksum generation with the checksum in the transmitter to figure out the real problems[3]. If there is no fault or corruption the receiver check produces all zeros. XOR plays a vital role because with the help of alternative tap selection we can get different random values. The main purpose of the research is to use LFSR to generate pseudo-random values with the help of shift registers and XOR alternative tap selections.

Rapid technology advancement became a prime concern when Cybersecurity and the privacy of human data became vulnerable to hackers. Engineers are working hard to build strong security to prevent hackers from damaging hardware, software, or electronic data. Generating pseudo-random sequences of values using Linear Feedback Shift Register can help to build strong security to avoid unauthorized access to private information. LFSR is also used in cryptography to encrypt and decrypt electronic data which helps to secure all our ATM cards, computer passwords, and electronic commerce [1]. Moreover, Cyclic-Redundancy Check(CRC) is used to detect error or corruption during signal data transmission which is possible to easily implement in hardware using LFSR. The sequence of values stored in the LFSR is known as checksum and receivers check out the internal checksum generation with the checksum in the transmitter to figure out the real problems[3]. If there is no fault or corruption the receiver check produces all zeros. XOR plays a vital role because with the help of alternative tap selection we can get different random values. The main purpose of the research is to use LFSR to generate pseudo-random values with the help of shift registers and XOR alternative tap selections.