Proposal / Submission Type
Peer Reviewed Paper
Location
Richmond, Virginia
Start Date
30-5-2012 8:50 AM
Abstract
This paper investigates an unexplored concept in Cyber Forensics, namely, a Programming Blunder. Programming Blunder is identified as a variable or a code segment or a field in a database table, which is hardly used or executed in the context of the application or the user’s functionality. Blunder genes can be found in many parts of any program. It is the contention of this paper that this phenomenon of blunders needs to be studied systematically from its very genetic origins to their surface realizations in contrast to bugs and flaws, especially in view of their importance in software copyright infringement forensics. Some suggestions as to their applicability and functional importance for cyber forensics are also given including the vital need and a way to incorporate programming blunders into AbstractionFiltration-Comparison test, the official software copyright infringement investigation procedure of US judiciary
Keywords: Bug, error, blunder, genes, software piracy, software copyright, software copyright infringement, software piracy forensics, AFC, idea-expression dichotomy
Scholarly Commons Citation
Bhattathiripad, P. Vinod, "A Proposal for Incorporating Programming Blunder as Important Evidence in Abstraction-Filtration-Comparison Test" (2012). Annual ADFSL Conference on Digital Forensics, Security and Law. 5.
https://commons.erau.edu/adfsl/2012/wednesday/5
Included in
Computer Engineering Commons, Computer Law Commons, Electrical and Computer Engineering Commons, Forensic Science and Technology Commons, Information Security Commons
A Proposal for Incorporating Programming Blunder as Important Evidence in Abstraction-Filtration-Comparison Test
Richmond, Virginia
This paper investigates an unexplored concept in Cyber Forensics, namely, a Programming Blunder. Programming Blunder is identified as a variable or a code segment or a field in a database table, which is hardly used or executed in the context of the application or the user’s functionality. Blunder genes can be found in many parts of any program. It is the contention of this paper that this phenomenon of blunders needs to be studied systematically from its very genetic origins to their surface realizations in contrast to bugs and flaws, especially in view of their importance in software copyright infringement forensics. Some suggestions as to their applicability and functional importance for cyber forensics are also given including the vital need and a way to incorporate programming blunders into AbstractionFiltration-Comparison test, the official software copyright infringement investigation procedure of US judiciary
Keywords: Bug, error, blunder, genes, software piracy, software copyright, software copyright infringement, software piracy forensics, AFC, idea-expression dichotomy
