Keywords and Phrases
Decision Trees; Evolutionary Computation; Feature Selection; Genetic Programming; Software Classification
"Current manual techniques of static reverse engineering are inefficient at providing semantic program understanding. An automated method to categorize applications was developed in order to quickly determine pertinent characteristics. Prior work in this area has had some success, but a major strength of the approach detailed in this thesis is that it produces heuristics that can be reused for quick analysis of new data. The method relies on a genetic programming algorithm to evolve decision trees which can be used to categorize software. The terminals, or leaf nodes, within the trees each contain values based on selected features from one of several attributes: system calls, byte N-grams, opcode N-grams, registers, opcode collocation, cyclomatic complexity, and bonding. The evolved decision trees are reusable and achieve average accuracies above 90% when categorizing programs based on compiler origin, authorship, and versions. Developing new decision trees simply requires more labeled datasets and potentially different feature selection algorithms for other attributes, depending on the data being classified. The genetic programming algorithm used to evolve the decision trees was compared against C4.5, a classic decision tree technique.In all experiments, the genetic programming approach outperformed C4.5.
This thesis is an extension and expansion of the work published in the Computer Forensics in Software Engineering workshop at COMPSAC 2014 - the Annual 38th IEEE International Conference on Computer Software and Applications. This thesis is also being prepared as a journal article to be submitted for publication."--Abstract, page iii.
Tauritz, Daniel R.
Mulder, Samuel A.
M.S. in Computer Science
United States. National Nuclear Security Administration
Missouri University of Science and Technology
ix, 56 pages
© 2014 Jasenko Hosic, All rights reserved.
Thesis - Open Access
Computational intelligence -- Simulation methods
Genetic programming (Computer science)
Electronic OCLC #
Hosic, Jasenko, "Evolving decision trees for the categorization of software" (2014). Masters Theses. 7308.