Consists of software systems and subsystems, control and commands, data organization, buffer management, macro generations, assemblers and macro-assemblers. Acquaints students with the formulation, solution, and implementation of operations research models for analyzing complex systems in industry or government, also familiarizing students with special techniques of the field such as linear programming and network analysis. Topics include Simplex Method, Duality Theory, and Network Analysis. Topics include Dynamic Programming, Game Theory, Integer and Nonlinear Programming, Stochastic Processes, Queueing Theory and Applications, Inventory Theory, Forecasting, Markovian Decision Processes and Applications, and Reliability. Course provides a fundamental understanding of the object-oriented paradigm, and how it is used in analysis, requirement specification, design, and programming.
Emphasis is on object-oriented design.
Covers different specification techniques with a focus on the unified modeling language. Data Communications I. 3 crs. Teaches the tools necessary to design a data communications network to write data communications protocol software. Each student will be expected to complete and present a unique design project to the class and other students and faculty members. Knowledge of C and UNIX, familiarity with structure design methodology, familiarity with binary data representation.