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Hardware Systems and VLSI Engineering / Network Engineering and Systems Security Engineering and Technology 3NEW SystemC, Introduction CMPE.X400.334 (1.5 quarter units) SystemC is gaining popularity among system design, semiconductor, and IP companies. This course will help you build a solid understanding of all major aspects of SystemC, with a focus on modeling and system verification. The course begins with an overview of the Open SystemC Initiative (OSCI) and the C++ class library. Language syntax and modules are covered. In the hands-on lab, you will learn the key event management methods, including timing specification, concurrency, interfaces, channels and ports. The course also covers debugging, and includes an overview of the SystemC Verification Library (SCV) and Transaction Level Modeling (TLM). Prerequisite(s): Experience with C++ language is required. Knowledge of Verilog, SystemVerilog, VHDL or logic simulation (such as VCS) is strongly recommended but not required. YASSER KHAN, B.S. SANTA CLARA LAB WITH ONLINE MATERIALS 5 meetings: Thursdays, 6:30–9:30 pm, April 26–May 24. Fee: $660 ($66 discount for early enrollment). To enroll, use Section Number 19957.(004) SystemVerilog for ASIC and FPGA Design CMPE.X400.363 (3.0 quarter units) This course prepares hardware engineers, ASIC and FPGA designers, and design-support staff to use the high-level syntax of SystemVerilog to design, debug, and synthesize digital logic for ASICs, FPGAs, and IP cores. Students will learn SystemVerilog’s basic building blocks and language constructs, including synthesizable data types and operators, structures and unions, 2-D arrays and loops, and the bus interface unit. In lab sessions, students will write code and synthesize it into digital logic and bus fabric, using both ASIC and FPGA tools. Prerequisite(s): “Logic Synthesis, Introduction” or “Designing Xilinx CPLDs and FPGAs, Introduction.” Familiarity with either Verilog or VHDL. No prior exposure to SystemVerilog is needed. CHARLES DANCAK, M.S.E.E. SANTA CLARA LAB WITH ONLINE MATERIALS 10 meetings: Wednesdays, 6:30–9:30 pm, April 11–June 13. Fee: $980 ($98 discount for early enrollment). To enroll, use Section Number 20095.(008) ACCESS TO ONLINE MATERIALS online materials indicates that classroom instruction is supplemented with online materials or activities. Students who enroll in these courses, and in those which are entirely online, will receive logon information within 24 hours. However, valid logon information may not be active until the course’s start date. SystemVerilog Assertions for Design Verification CMPE.X400.348 (3.0 quarter units) This course introduces SystemVerilog Assertion (SVA) concepts and syntax, using both small examples and a realistic design. It covers a range of topics, from the basics of the SVA constructs to using the OVL checker library. It also covers methods for capturing design intent based on design specification into assertions. Writing and debugging assertions in the design using advanced SVA constructs is also covered. Students learn to write assertions for functional coverage and formal or semi-formal verification. This is a lab-based course with hands-on exercises using assertions, dynamic simulations and formal or semi-formal verification. Prerequisite(s): Knowledge of basic logic design and familarity with a hardware description language. HAIHUI CHEN, M.S.E.E. SANTA CLARA LAB WITH ONLINE MATERIALS 10 meetings: Thursdays, 6:30–9:30 pm, April 5–June 7. Fee: $1020 ($102 discount for early enrollment). To enroll, use Section Number 20062.(006) Timing Closure in IC Design CMPE.X455.3 (3.0 quarter units) This course begins with basic timing concepts and STA methodology. You will learn what needs to be timed and how to setup a run for STA. The course exposes students to constraints, exceptions and “what if” analysis. It also explains how to address timing violations in ECO mode. Nanotechnology topics including noise analysis, prevention and on-chip variations are covered. The instructor shares practical experiences meeting timing closure, budgeting and debugging. This is a lab course using Primetime tools and test cases for hands-on practical experience. Prerequisite(s): “Developing the Nanometer ASIC: From Spec to <strong>Silicon</strong>.” Linux/Unix skills are required for lab exercises. ARVIND VIDYARTHI, M.S. SANTA CLARA LAB WITH ONLINE MATERIALS 10 meetings: Wednesdays, 6:30–9:30 pm, April 18–June 20. Fee: $980 ($98 discount for early enrollment). To enroll, use Section Number 4775.(028) Also of Interest Embedded Systems Hardware Architectures, Introduction For course description, see page 53. Perl Programming I For course description, see page 64. Perl Programming II For course description, see page 64. Network Engineering and Systems Security The Network Engineering and Systems Security Program combines two previous certificate programs: Network Engineering and Management, and Systems and Network Security. Courses you have previously taken in either program can all apply toward the certificate. The certificate program includes tracks with network and security focuses beyond the fundamental courses. Certificate Program Network Engineering and Systems Security Certificate Contact Engineering and Technology Department, (408) 861-3860, or e-mail program@ucsc-extension.edu. Program Overview Computer networks are the global platform on which companies conduct business and people communicate. As a result, virtually every industry needs engineering and IT professionals who can design, manage and support networks which deliver competitive advantage and have high security. This certificate program addresses that need with a curriculum that begins with network fundamentals, and then moves on to advanced study in specialized areas of networking and system security. The curriculum is designed to reflect the industry’s latest developments and practices. You will acquire career-oriented skills and practical knowledge, and many courses include hands-on learning in our labs. Certificate Requirements To obtain the Certificate in Network Engineering and Systems Security, you must complete 14 units, representing 140 hours of instruction. For additional requirements, see page 4. Recommended Course Sequence We recommend that you begin with the fundamental courses. Students are expected to satisfy the prerequisites for each course before enrolling in more advanced courses. For Information on Certificate Applications and Transferring Credit from Other Schools, see page 4. Only one course may be shared between two Engineering and Technology certificate programs unless otherwise noted. Courses Cloud Computing, Introduction For course description, see page 65. 56 Enroll on our Web site with a credit card. It’s the fastest, easiest way to get started. Visit ucsc-extension.edu.
Engineering and Technology Network Engineering and Systems Security NETWORK ENGINEERING AND SYSTEMS SECURITY CERTIFICATE 14-unit minimum Courses Units Course F W Sp Su Network Engineering Fundamentals Computer Networking Essentials...........................................3.0...........2458 n n n n TCP/IP Essentials....................................................................2.0...........0661 p m p m Switching and Routing...........................................................3.0...........2226 n n Wireless Communications, Introduction................................3.0...........5455 n n Computer, Network and Internet Security Fundamentals......3.0...........4100 n n System Virtualization Fundamentals......................................2.0.........30032 n n Coding Theory and Applications, Introduction.......................3.0.........23389 n n Advanced Networks and System Design Storage Technology in Data Centers......................................3.0.........30029 n n Optical Networks Essentials...................................................3.0...........3943 n Smart Grid, Introduction........................................................1.0.........22867 n n Designing Networks and Systems for High Availability.........3.0...........4577 n n IO Concepts and Protocols: PCI Express, Ethernet and Fibre Channel......................................................................3.0.........22177 n n Comprehensive Signal and Power Integrity for High-Speed Digital Systems................................................3.0.........22874 n n Wireless Technologies for Embedded Systems: Bluetooth, WiFi and ZigBee................................................3.0.........23093 n n USB Device Interface: Architecture, Protocols and Programming..............................................3.0...........2179 n n Cloud Computing, Introduction.............................................0.5.........22413 n n Cloud Computing, Comprehensive........................................2.5.........30041 n VMWare vSphere: Configuration and Management [V5.0]...3.5.........30027 m m m m Systems and Network Security Intrusion Detection................................................................3.0...........2265 n n Cryptography and Network Security......................................2.0.........19950 n n Information Security: Defending the Business.......................1.5.........22624 n n Java Security..........................................................................1.5.........30037 n n n held in classroom m offered online p both classroom and online sessions are available 3NEW Coding Theory and Applications, Introduction EE.X400.134 (3.0 quarter units) This course is an introduction to the basic concepts of coding theory, including practical source and channel encoding/decoding schemes, and emerging technologies in communication theory. Topics include important definitions (entropy, mutual information, channel capacity), lossless and lossy data compression schemes (Huffman codes, arithmetic coding, ratedistortion theory), state-of-the-art error-correcting codes (Hamming codes, turbo codes and Raptor codes), and recent approaches that encompass the duality between data compression and data transmission. This course helps students understand the mechanisms underlying today’s communication systems. Prerequisite(s): Some knowledge of calculus, probability theory and the basics of linear algebra. CHRISTINE PÉPIN, M.S.E.E., Ph.D. SANTA CLARA CLASSROOM WITH ONLINE MATERIALS 10 meetings: Mondays, 6:30–9:30 pm, April 16–June 25. Fee: $910 ($91 discount for early enrollment). To enroll, use Section Number 23389.(002) Visit ucsc-extension.edu for the most current program schedule. Computer Networking Essentials CMPE.X416.6 (3.0 quarter units) This foundation course introduces computer networking, networking technologies, and the Internet. It provides a comprehensive survey of the data and computer communications field. Emphasizing both the fundamental principles and the critical role of performance in driving protocol and network design, it explores the technical areas in data communications, wide-area networking, local-area networking, and protocol design. Participants will also gain a strong foundation in networking protocols, hardware, cabling, industry standards, and connectivity solutions. Topics include introduction to the OSI and TCP/IP models of Internet-working; physical layer fundamentals; connectors and cabling; the medium access sublayer and data-link layers; bridging and switching; the network, transport, and upper layers; and network management techniques and technologies. Prerequisite(s): Some experience with computers and networking. STEVE ARNOLD, M.B.A. SANTA CLARA CLASSROOM WITH ONLINE MATERIALS 10 meetings: Fridays, 6:30–9:30 pm, April 13–June 15. Fee: $910 ($91 discount for early enrollment). To enroll, use Section Number 2458.(113) Free Program Overview Open House Event for Embedded Systems, VLSI, and Network Engineering For event description, see page 50. SANTA CLARA CLASSROOM Tuesday, 6:30–8:30 pm, March 27. No fee, but registration required. To enroll, use Section Number 22403.(006) Free Program Overview Open House Event for Information Technology Program This free event is intended as an informal information session for new or returning students who are interested in the Information Technology certificate program, and other related programs including Database Systems, Computer Programming, Internet Programming and Development, and Linux Programming and Administration. The event includes a presentation with school/program overview and course highlights, followed by an open-floor segment for questions and answers of general interest. The program staff and program coordinator (or senior instructor) will be available to answer individual questions about specific courses or provide recommendations for course sequence. This is an opportunity to receive course counseling for the coming quarters. We encourage you to register early to reserve your seat. SANTA CLARA CLASSROOM Thursdays, 6:30–8:30 pm, May 31. No fee, but registration required. To enroll, use Section Number 30047.(001) Cryptography and Network Security CMPE.X400.325 (2.0 quarter units) This course provides intensive coverage of the field of cryptography. Students learn how cryptosystems are designed and how to match cryptosystems with the needs of an application. Students also learn basic cryptanalysis and are presented with real life breaches of common cryptosystems to better understand the dangers of faulty cryptosystem design. The instructor will demonstrate a number of open source cryptographic tools to analyze and solve several ciphers and reinforce the principles and techniques learned in the course. Prerequisite(s): “Computer, Network and Internet Security Fundamentals.” Knowledge of network security is recommended. JIM CARR, M.S., CISSP, ISSAP. SANTA CLARA CLASSROOM WITH ONLINE MATERIALS 7 meetings: Tuesdays, 6:30–9:30 pm, May 1–June 12. Fee: $895 ($89.50 discount for early enrollment). To enroll, use Section Number 19950.(013) Copyright © 2012 The Regents of the University of California. All Rights Reserved. 57
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