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CSAS 3113: Organization of Programming Languages
3.00 Credits
Seton Hall University
Introduction to principles of programming languages and nonprocedural, non-object-oriented programming. Programming language concepts, including higher-order functions, first-class functions, recursion, tail-recursion and iteration, tree-recursion; issues of pure versus impure languages in relation to performance, implementation and ease of abstraction; environments, parameter passing, and scoping. Structure, the syntax, and implementation of languages, illustrated using interpreters. Emphasis on programming in a language such as Scheme or Prolog; individual programming assignments and team project. Prerequisite: CSAS 2124, 2126, MATH 1611. 3 credits
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CSAS 3113 - Organization of Programming Languages
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CSAS 3211: Networks and Networking
3.00 Credits
Seton Hall University
Principles of computer and networking. The layered model of a computer network and its implementation. Standard protocols. Applications. Mathematical principles and theory. Team and individual programming projects. Prerequisite: CSAS 2125 or permission of instructor. 3 credits
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CSAS 3211 - Networks and Networking
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CSAS 3212: Computer Graphics Programming
3.00 Credits
Seton Hall University
Introduction to computer graphics, with emphasis on applications programming. Covers topics which form the basis for computer graphics applications programming, such as graphics computer architectures and software, application programmer's interfaces, interactive programs, geometric objects and their transformations, viewing with a computer, shading of objects, pixel-oriented techniques, implementation of a renderer, curves and surfaces and visualization of scientific data. Graphics programs will be developed sing a high-level programming language, such as C++ or Java, and an application programmer's interface, such as OpenGL or Java 3D. Prerequisites: MATH 2813 or MATH 2814 and CSAS 2126. 3 credits
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CSAS 3212 - Computer Graphics Programming
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CSAS 4071-4072: Directed Software Development
1.00 Credits
Seton Hall University
(See department chair) 1 credit
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CSAS 4071-4072 - Directed Software Development
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CSAS 4081-4086: Special Topics in Computer Science
1.00 - 3.00 Credits
Seton Hall University
Special topics and problems in various branches of computer science. Prerequisites: At least five CSAS courses, including CSAS 2122, or permission of chair. 1-3 credits
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CSAS 4081-4086 - Special Topics in Computer Science
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CSAS 4091-4096: Independent Study in Computer Science
1.00 - 3.00 Credits
Seton Hall University
Prerequisites: At least five CSAS courses, including CSAS 2122, or permission of chair. 1-3 credits
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CSAS 4091-4096 - Independent Study in Computer Science
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CSAS 4111: Introduction to Artificial Intelligence
3.00 Credits
Seton Hall University
Different definitions of and approaches to artificial intelligence. Problems, problems spaces and search techniques; special emphasis on heuristic search, including hill climbing, best-first search and A*. The role of knowledge and knowledge representation issues. Programming and AI application. Introductory survey paper. Prerequisites: CSAS 2124, 2126, MATH 1611, 2111. 3 credits
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CSAS 4111 - Introduction to Artificial Intelligence
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CSAS 4112: Design and Analysis of Algorithms
3.00 Credits
Seton Hall University
Analysis of the complexity and validity of algorithms for the solution of problems in graph theory, combinatorics, systems programming, artificial intelligence and other fields. Randomized algorithms and amortized analysis. NP-completeness and undecidability. Prerequisite: CSAS 2124, 2126, MATH 1611. 3 credits
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CSAS 4112 - Design and Analysis of Algorithms
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CSAS 4113: Automata Computability and Formal Languages
3.00 Credits
Seton Hall University
Introduction to the theory of finite state automata and their equivalence to regular expressions and regular grammars; pushdown automata and context-free languages; contextsensitive grammars and Turing machines; determinism and nondeterminism; issues of complexity including P and NP; and issues of computability including Turing computable versus Turing decidable, the Halting problem and other incomputable problems. Prerequisites: CSAS 2124, 2126, MATH 1611. 3 credits
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CSAS 4113 - Automata Computability and Formal Languages
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CSAS 4114: Theory of Programming Languages
3.00 Credits
Seton Hall University
Advanced topics in programming languages are introduced such as compilation, garbage collection, interfacing compiled and interpreted code, virtual machine design, lexical addressing, lazy evaluation, and code optimization. The interaction of programming languages and the physical machine on which they are implemented. Significant programming project and introductory survey paper. Prerequisite: CSAS 3113. 3 credits
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CSAS 4114 - Theory of Programming Languages
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