SubIndex on 1995 (BibTex)

• Tian,J; Zelkowitz,MV; 1995, Complexity Measure Evaluation and Selection, IEEE Transactions on Software Engineering, 21, 641-650
• Kemper,S; Rice,K; Chen,Y; 1995, Complexity metrics and growth curves for measuring grammatical development from five to ten, First Language, 15, 151-166
• Raccoon,LBS; 1995, The Complexity Gap, Software Engineering Notes, 20, 37-44
• Mulhauser,GR; 1995, To Simulate or Not to Simulate: A Problem of Minimising Functional Logical Depth, Lecture Notes in Artificial Intelligence, 929, 530-543
• Ląpez-Ruiz,R; Mancini,HL; Calbert,X; 1995, A statistical measure of compelxity, Physics Letters A, 209, 321-326
• Martinez,JL; 1995, On Complexity and Simplicity as Different Evolutionary Strategies, Evolutionary Theory, 10, 317-320
• Layng,TVJ; 1995, Causation and Complexity: Old Lessons, New Crusades, Journal of Behaviour Therapy and Experimental Psychiatry, 26, 249-258
• Horgan,J; 1995, From Complexity to Perplexity, Scientific American, 272, 74-79
• Hops,JM; Sherif,JS; 1995, Development and application of composite complexity models and a relative complexity metric in a software maintenance environment, Journal of Systems and Software, 31, 157-169
• Ho,JKK; Sculli,D; 1995, System Complexity and the Design of Decision Support Systems, Systems Practice, 8, 505-516
• Xie,H; 1995, Distinct Excluded Blocks and Grammatical Complexity of Dynamical Systems, Complex Systems, 9, 73-90
• Reggiani,A; Nijkamp,P; 1995, Competition and complexity in spatially connected networks, System dynamics review, 11, 51-66
• Subramanian,A; 1995, The Parallel Complexity of Propagation in Boolean Circuits, Information and computation, 117, 266
• Pincus,S; 1995, Approximate emtropy (ApEn) as a complexity measure, Chaos, 5, 110-117
• Corbit,JD; Garbary,DJ; 1995, Fractal dimension as a quantitative measure of complexity in plant development, Proceedings of the Royal Society of London B, 262, 1-6
• Bak,P; Paczuski,M; 1995, Complexity, contingency and criticality, Proceeding of the National Academy of Science USA, 92, 6689-6696
• Warfield,JN; 1995, An Essay On Complexity, Center for Advanced Study in the Integrative Sciences Report, Institute of Public Policy, George Mason University, Virginia, US
• Siegelmann,HT; 1995, Computation Beyond the turing Limit, Science, 268, 545-548
• Poon,L; Grebogi,C; 1995, Controlling Complexity, Physical Review Letters, 75, 4023-4026
• Pattee,H; 1995, Evolving self-reference: matter, symbols and semantic closure, Communication and Cognition - Artificial Intelligence, 12, 9-27
• Mikulecky,DC; 1995, Life, Complexity and the Edge of Chaos: Cognitive Aspects of Communication between celss and other components of living systems, Available electonically
• Meer,K; 1995, On the Relations Between Discrete and Continuous Complexity Theory, Mathematical Logic Quarterly, 41, 281-286
• Ligggesmeyer,P; 1995, A set of complexity metrics for guiding the software test process, Software Quality Journal, 4, 257-273
• Khalil,EL; 1995, Organizations, Naturalism and Complexity, Review of Social Economy, 53, 393-419
• Clarke,S; Tobias,AM; 1995, Complexity in Corporate Modelling: A REview, Business History, 37, 17-44
• Hemmerling,A; 1995, On Genuine Complexity and Kinds of Nondeterminism, Journal of information processing and cybernetics, 30, 77
• Gell-Mann,M; 1995, What is Complexity?, Complexity, 1, 16-19
• Edmonds,B; 1995, What is Complexity? - the philosophy of complexity per se with application to some examples in evolution, To be published in: F. Heylighen & Aerts (eds.): The Evolution of Complexity, Kluwer, Dordrecht. Also available http://bruce.edmonds.name/evolcomp/
• Bechir,A; Kaminska,B; 1995, CYCLOGEN: Automatic, Functional-Level Test Generator Based on the Cyclomatic Complexity Measure and on the ROBDD Representation, IEEE Transactions on Circuits and Systems - II: Analogue and Digital Signal Processing, 42, 446-452