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Course Criteria
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3.00 Credits
Prerequisite: Computer Information Systems 64C. Advisory: English Writing 211 and Reading 211 (or Language Arts 211), or English as a Second Language 272 and 273. Three hours lecture. Emphasis on importance of Performance Tuning, techniques for tuning several Oracle components, optimizing database for high volume transactions and Data Warehouses.
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4.00 Credits
Advisory: English Writing 211 and Reading 211 (or Language Arts 211), or English as a Second Language 272 and 273. Three hours lecture, three hours laboratory. Introduction to C# programming, .NET Environment, computing context, primitive types, flow of control constructs, operators, text I/O, objects and classes, interfaces, packages, GUI, exceptions, and threads.
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4.00 Credits
Prerequisite: Computer Information Systems 65A. Advisory: English Writing 211 and Reading 211 (or Language Arts 211), or English as a Second Language 272 and 273. Three hours lecture, three hours laboratory. Emphasis on foundation technologies in C# that enable you to write server side programs in C#. Concepts include Inner classes, Collections, Exceptions, File I/O, Reflections, Cloning, and Multithreading.
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5.00 Credits
Advisory: Computer Information Systems 50 or 91; English Writing 211 and Reading 211 (or Language Arts 211), or English as a Second Language 272 and 273. Five hours lecture. Concepts of communication, data communications and networks. Overview of connectivity options, common protocols, local and wide area networks, and internetworking.
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4.00 Credits
Advisory: Computer Information Systems 66. Four hours lecture. Fundamental concepts of Local Area Network architecture and protocols. Emphasis on basic concepts needed to design, configure, and implement Local Area Networks. Emphasis on the evolution of Traditional Ethernet, Fast Ethernet, Gigabit Ethernet, Ten-Gigabit, Ethernet, ATM, and wireless LANs.
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4.00 Credits
Advisory: Computer Information Systems 67A. Four hours lecture. Fundamental concepts of telephony, telecommunication, and wide area networking. Emphasis on analog and digital transmission techniques. Emphasis on circuit-switching and packet-switching. Exploration of optimization in telecommunication.
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5.00 Credits
Prerequisite: Computer Information Systems 18A and 26B. Four hours lecture, three hours laboratory. Systems programming in the UNIX/LINUX and Posix environments. Emphasis on low-level UNIX/LINUX/Posix system calls from C programs and Shell scripts. Differences in major UNIX/LINUX/Posix environments (SVR4, BSD, standard Posix, Windows NT).
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4.00 Credits
Advisory: Computer Information Systems 50. Three hours lecture, three hours laboratory. Analysis of types of software; software development life cycle; top down design and structured programming; modularization; standards and practices; software configuration management; software testing; documentation; software error types, causes; software quality assurance plans and procedures; software discrepancy reports, analysis; software visibility for managers.
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5.00 Credits
Prerequisite: Computer Information Systems 66. Advisory: Computer Information Systems 67B; Computer Information Systems 26A or 15AG; English Writing 211 and Reading 211 (or Language Arts 211), or English as a Second Language 272 and 273. Five hours lecture. The architecture and underlying protocols of the Internet. The Internet will be examined as a layered product. Layers discussed will include mid-level packet delivery and address computation and high-level client/server applications using the TCP/IP Protocol Suite.
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5.00 Credits
Prerequisite: Computer Information Systems 26B and 75A. Advisory: English Writing 211 and Reading 211 (or Language Arts 211), or English as a Second Language 272 and 273. Four hours lecture, three hours laboratory. Writing client/server applications using the TCP/IP protocol suite. All server classes, -- 'well known,' iterative, concurrent, and polling -- will be explored andused. Typical Internet programming problems will be addressed including resource availability, machine addressing, and differences in data representation between communicating computers.
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