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Course Criteria
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3.00 Credits
A study of the design and organization of higherlevel programming languages: processing, data types and data flow, control structures, program units, storage management, binding strategies, language design criteria, formal language definition. Weekly laboratory. Prerequisite: CS 301. 4 credits. AYF
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3.00 Credits
Introduction to the analytical and computational tools and techniques available for building simulation models. Introduction to queuing theory; design and validation of simulation experiments; generating pseudorandom numbers; simulation languages. Prerequisite: CS 301 and MTH 163 or MTH 310. 3 credits. N
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3.00 Credits
Using computer algorithms and programs as tools, and focusing on the notion of an intelligent agent, the course will explore such topics as problemsolving using uninformed and heuristic search, reasoning processes and logic, machine perception, learning and communication, and philosophical foundations. Prerequisite: CS 301. 3 credits. N
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3.00 Credits
This course is an introduction to the analysis, design and evaluation of data communications networks. Topics include transmission signals, signal encoding, multiplexing, switching, flow control, error control, media access control, network architecture, network protocols and network security. Prerequisite: CS 201 or equivalent. 3 credits. F
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3.00 Credits
This course will introduce the student to the fundamentals of network design. Through an indepth understanding of basic network theory and standards, the course will explore the methods and techniques to design, implement and maintain a complex network environment. The course will emphasize the process of and stages of logical and physical design and the use of such design tools as prototyping, as well as the various methods of implementation. The emphasis will be on TCP/IP based local area networks constructed on a switched ethernet foundation. This course will include handson experience in the telecommunication lab through the use of various hardware and software tools in the design and implementation of a functional internet. Prerequisite: CS 3010. 4 credits. ST
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3.00 Credits
The Network Domain System is the foundation upon which the Internet and Data Communication Networks are based. This course will examine the theory and implementation of name resolution. With an emphasis on DNS, students will study names and addressing in an internet and the resolution process of mapping a name to an address. The design, implementation and configuration of a naming system will be covered. Prerequisites: CS 3010 and CS 4005. 4 credits. SU
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3.00 Credits
This course provides an introduction to the UNIX operating systems. It will examine the structure and organization of UNIX and its use in networking. This course will provide an introduction to the use of the UNIX operating system, shell scripts and the use of UNIX utilities. Emphasis will be placed on developing a facility in creating, modifying and using shell scripts. Prerequisite: CS 2001. 4 credits. N
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3.00 Credits
This course will study routed and routing protocols. Through an examination of the various interior and exterior routing protocols, the student will learn how routers perform path determination, how individual routing protocol operates, and how routing tables are constructed. Basic internetworking concepts will be discussed together with design principles to provide interconnectivity between and within Autonomous Systems. Prerequisites: CS 3005 and CS 3010. 4 credits. N
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3.00 Credits
This course will cover wireless networking with a concentration on wireless LANs. The emphasis will be on the 802.11 and Wi-Fi standards. Basic RF and antenna theory, frequencies, wireless protocols, and service sets will be covered. Implementing and integrating a wireless LAN into a networking environment will be studied. Security consideration and access control policies will be covered. Prerequisite: CS 3005. 4 credits. FT
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3.00 Credits
This course will examine the process and procedures for ensuring the security of a network and the integrity of data. By examining the various security threats to a network such as virus attacks, hacking, interception of data, eavesdropping, etc., the course will provide the means and procedures to design a secure network, monitor and intercept attacks, and respond to active and passive security threats. Both physical and logical security will be covered. Prerequisites: CS 3010 and CS 4005. 4 credits. WT
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