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CSSE 340: Operating Systems
5.00 Credits
Seattle University
Computer system overview (devices, interrupts, memory hierarchy), and the basic concepts of operating systems from an applications programming perspective. Topics include processes, process scheduling, threads, deadlock, synchronization, memory management, I/O, and networking. Pre-requisites: a C (2.00) or better in CSSE 250 and a C (2.00) or better in either CSSE 251 or ECEGR 304.
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CSSE 340 - Operating Systems
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CSSE 350: Theoretical Computer Science
5.00 Credits
Seattle University
An introduction to the formal mathematical basis of computer science and functional language programming. Topics include regular sets (finite automata, regular expressions, regular grammars, applications), context-free languages (grammars, pushdown automata, normal forms, applications), Turing machines, and functional programming. Prerequisites: a C (2.00) or better in CSSE 250 and either MATH 310 or a C (2.00) or better in CSSE 210.
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CSSE 350 - Theoretical Computer Science
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CSSE 370: Fundamentals of Databases I
5.00 Credits
Seattle University
Introduction to database management systems, architecture, architecture, and environment. Relational database design including data modeling and schema design. Coverage of SQL query language for application development. Overview fundamental concepts of transaction management, security and recovery control. Prerequisite: a C (2.00) or better in CSSE 250.
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CSSE 370 - Fundamentals of Databases I
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CSSE 380: Organization of Programming Languages
5.00 Credits
Seattle University
Overview of common features, organization and tradeoffs of modern programming languages, with an emphasis on scripting languages. Semantics, garbage collection and memory management issues, and type systems. Prerequisite: C (2.00) or better in CSSE 250.
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CSSE 380 - Organization of Programming Languages
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CSSE 391-393: Special Topics
1.00 - 5.00 Credits
Seattle University
Special Topics
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CSSE 391-393 - Special Topics
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CSSE 396: Directed Study
1.00 - 5.00 Credits
Seattle University
Directed Study
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CSSE 396 - Directed Study
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CSSE 422: Design Patterns
5.00 Credits
Seattle University
Categorization of standard design patterns, their use, expected benefit(s) and associated cost(s). Explication and analysis of creational, interface, structural and behavioral patterns. Prerequisite: C (2.00) or better in CSSE 320.
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CSSE 422 - Design Patterns
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CSSE 444: Concurrent and Distributed Systems
5.00 Credits
Seattle University
Parallel computation using multiple interacting systems. Distributed system architectures, cluster computing including Beowulf clusters, peer-to-peer architectures. Adapting algorithms for parallel computation. Fault tolerance, scalability, resource sharing. Prerequisites: a C (2.00) or better in CSSE 340 and a C (2.00) or better in CSSE 310.
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CSSE 444 - Concurrent and Distributed Systems
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CSSE 460: Computer Networks
5.00 Credits
Seattle University
The principles of networking with emphasis on the TCP/IP protocol suite upon which the Internet is based. Client-server network programming. Topics include layering of network protocols, application protocols such as HTTP, reliable data transfer, routing, and link layer protocols such as Ethernet. Prerequisite: a C (2.00) or better in CSSE 340.
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CSSE 460 - Computer Networks
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CSSE 465: Computer Graphics
5.00 Credits
Seattle University
Fundamentals of computer graphics. Techniques of computer image synthesis. Line-drawing and color raster graphics. Homogeneous coordinates, hidden line and surface, and smooth shading algorithms. Prerequisite: a C (2.00) or better in CSSE 250 and either MATH 310 or a C (2.0) or better in CSSE 210.
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CSSE 465 - Computer Graphics
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