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Abstract - Program assignments are traditionally an area of serious concern in maintaining the integrity of the educa- tional process. Systematic inspection of all solutions for pos- sible plagiarism has generally required unrealistic amounts of time and effort. The "Measure Of Software Similarity" tool developed by Alex Aiken at UC Berkeley makes it pos- sible to objectively and automatically check all solutions for evidence of plagiarism. We have used MOSS in several large sections of a C programming course. (MOSS can also handle a variety of other languages.) We feel that MOSS is a major innovation for faculty who teach programming and recom- mend that it be used routinely to screen for plagiarism.

Definitions of relevant terms, e. g. "disablities" and "accessibility"

Useful for the relevant assignment. Must be enrolled to view.

Using iPads in the classroom has been helpful reading Hamlet. Shakespeare is difficult to understand, but students can get help accessing No Fear Shakespeare on their iPads.

I have the same problems Khader in trying to integrate Chromebooks as much as possible. I constantly feel that it is a struggle to get their attention and maintain it especially if they are convinced they should be allowed to "multitask" between the assignment and a game, but in the end the resources I am able to integrate in is well worth those struggles.

I agree with the problem of technology in the hands of students can often be distracting. The temptation to play games, search google, and social media is huge. It is so difficult to find a balance in a less than ideal world. My hope is that the earlier we introduce technology in the classroom, the novelty will wear off by the higher grades. Even with controls on wifi and devices, students are so tech savvy, they find ways around it.

Plagiarism is an area of increasing concern for written ChE assignments, such as laboratory and design reports, due to ease of access to text and other materials via the internet. This study examines the application of plagiarism screening software to four courses in a university chemical engineering curriculum.

MOSS is effective in detecting similar structures in nearly every different type of language that we use here at the University at Buffalo, including C, C++, Java, LISP, Perl, Python, Scheme, Matlab and Prolog. As you can guess, it is not fooled by renaming variables, rearranging or functionalizing blocks of code, extracting code to different modules or files, or the placing of NOP or junk code between useful codes. MOSS can also exclude matching base files (code supplied by instructors or TAs) and it can exclude the consideration of code that is matched across many different submissions (code perhaps supplied by a coding book or website, like a sorting algorithm, that is not central to the assignment).

Abstract: In this paper we present a new cheating technique that is successful at defeating cheating detectors and could become popular with students. The idea is to use obfuscating code transformations (such as those found in the SANDMARK tool) to apply a sequence of minor code transformations to a copied programming assignment. This purpose is to produce a copy that will defeat detection. We show that this technique is successful in defeating common plagiarism detectors such as Moss. This paper is offered as a cautionary tale to the Computer Science teaching community. With the advent of powerful code transformation tools it will become necessary to develop correspondingly more powerful cheating detectors, or to revert back to manually testing for plagiarism.

Emma Baccellieri | Thursday, November 6 2014The computer science department has launched an investigation into academic integrity violations in core course Computer Science 201. All students who are currently enrolled in the class and who took the class in Spring 2014 received an email Wednesday night, notifying them that concerns about academic dishonesty have prompted a review of assignments.

"Mobile devices and applications are expected to have a significant impact on teaching and learning in the near future. Yet colleges and universities are currently facing severe budget constraints and discretionary funding is restricted for new initiatives. The question addressed in this paper is: "What strategy should an institution of higher learning with limited resources use in adapting the capabilities of mobile devices to benefit its academic programs?" To help answer this question, students were surveyed to identify their perceptions on the importance of a selected set of mobile learning functions, their experience with using those functions, their recommendation for a mobile learning adoption strategy, and information on the particular mobile devices they possess. The recommended strategy was "pick and choose special capabilities to develop" with the selected functions being (1) Receive alerts and reminders about assignments and appointments concerning the course being taken; (2) Communicate individually with faculty, an advisor, or other students using voice, email, or text messaging; (3) Post or reply to items in a poll, discussion board, or other application; and (4) Download and review lesson materials from a course being taken." [Abstract from ERIC database.] Alden, J. (2013). Accommodating mobile learning in college programs. Journal of Asynchronous Learning Networks. 17(1), 109-122.

The governance of the Internet provides one of the most important arenas in which new ideas regarding Internet studies can be applied and tested. . "If the government, NGOs and other stakeholders would expand their perspectives on Internet governance derived from more institutionalized arenas, and from a more sophisticated understanding of the way inter-state politics play a role in establishing the pressures and constraints of security policy, it would allow a more critical understanding of the way security claims can be exploited strategically to advance the interests of military and governmental actors'