61. Computer Science II - CAD G. Farin, Curves and Surfaces for computer Aided Geometric Design, Academic Press, 3 ed., 1992 D. Hilbert, S. CohnVossen, Anschauliche Geometrie, Springer http://www.mif.vu.lt/katedros/cs2/courses/projcaz.html

R. Krasauskas "Geometry by Virtual Reality" Catalog description: This course has a goal to give an experience for students to model geometric forms by means of virtual reality. The emphasis is given to interactive vizualization methods. Students are free to choose any VRML, SGML, XML tools to make a vizualization of geometrical objets (objects may be selected according to their wishes). Current texts: G. Farin, Curves and Surfaces for Computer Aided Geometric Design , Academic Press, 3 ed., 1992 D. Hilbert, S. Cohn-Vossen, Anschauliche Geometrie , Springer, Berlin, 1932 G.K. Francis, A Topological Picturebook , Springer, 1988 Ames, Nadeau, Moreland, The VRML 2.0 Sourcebook, Goals: The course disclose the link between the geometry and recent technology: the Virtual Reality Modelling Language is a basis to model nontrivial geometric objects. The examples of geometric and topological objects are being discussed: parametrizable algebraic surfaces, Mobius surface, Klein bottle, knots and 3-D varieties, Steiner and Boya's surfaces, the task of sphere conversion. The VRML methods are applied in order to discuss the possibilities and limitations of virtual modelling, as well as problems unsolved. The special emphasis is given on practical implementation of algorithms. Content: VRML;

62. Computer Science Faculty At IIT Kanpur Tel +91 (512) 2597231 Research Interests Logic in computer science. Tel +91 (512) 259-7170 Research Interests cad/CAM, computer Graphics, Robotics. http://www.cse.iitk.ac.in/people/faculty.html

Faculty of CSE Department E-mail id of faculty is username @cse.iitk.ac.in Ajai Jain ajain ), Professor. Tel: +91 (512) 259-7642 Research Interests: Fault-tolerance in VLSI, Parallel Processing, Machine Translation. Amitabha Mukerjee amit ), Professor. Tel: +91 (512) 259-7489 Research Interests: Artificial Intelligence, Geometric Modelling, Robotics. Anil Seth seth ), Associate Professor. Tel: +91 (512) 259-7231 Research Interests: Logic in Computer Science. Bhaskaran Raman braman ), Assistant Professor. Tel: +91 (512) 259-7588 Research Interests: Networking, Wireless and Mobile Networks, Distributed Systems Architecture, Computer and Network Security. Deepak Gupta deepak ), Associate Professor. Tel: +91 (512) 259-7650 Research Interests: Operating Systems, Embedded Systems, Computer Security. Dheeraj Sanghi dheeraj ), Professor. Tel: +91 (512) 259-7077 Research Interests: Computer Networks, Protocols, IPv6, Telecom regulation. Harish Karnick hk ), Professor. Tel: +91 (512) 259-7601 Research Interests: Kishor Trivedi kst ) , Adjunct Professor, Tel: +91 (512) 259-7576

63. Theoretical CS At Princeton multimedia technologies in teaching mathematics, science and reading. Efficient combinatorial algorithms for computeraided design (cad) of digital http://www.cs.princeton.edu/theory/

Theoretical Computer Science at Princeton University Theory talks this semester. Theoretical Computer Science / Discrete Mathematics seminars at the IAS. Discrete Math Seminar at the Math Department Princeton-Area Center for Theory (PACT) Princeton CS Theory Reading Group Department of Computer Science Sanjeev Arora Complexity theory, approximation algorithms for NP-hard problems, uses of randomness in computation, probabilistically checkable proofs. Moses Charikar Design and analysis of algorithms, particularly approximation algorithms, online algorithms, and algorithms for large datasets. Bernard Chazelle Design and analysis of algorithms, computational geometry, and computer graphics. David Dobkin Efficiently creating images of mathematical objects and animations of geometric algorithms. The issues range from problems of pure combinatorial mathematics to problems of implementation in hardware and software. Maria Klawe (Dean of SEAS Algorithms and data structures, discrete mathematics, interactive multimedia technologies in teaching mathematics, science and reading.

64. College Majors And Careers - Computer Science computer science is primarily concerned with information vision, robotics, and computeraided design. Artificial Intelligence Specialist, cad/CAM Designer. http://careerservices.rutgers.edu/Mcomputer.html

Career Handouts Student Services Home Career Opportunities for Majors in Computer Science Introduction Computer Science is primarily concerned with information processes, the structure and procedures needed to represent them, and the systems needed to implement them. Spanning a broad spectrum of basic and applied subdisciplines which range from foundations in logic and the computational complexity of algorithms through compilers, operating systems, and databases, the discipline continues to expand in terms of new architectures, networks, vision, robotics, and computer-aided design. A Sample of Related Occupations Applications Programmer Artificial Intelligence Specialist CAD/CAM Designer Computer Engineer Computer Programmer Computer Systems Manager Database Manager Electronic Data Processing Auditor Manager, Management Info Systems

65. College Of Engineering And Computer Science - Mechanical, Materials, And Aerospa The professional and computeraided tracks are D. are Aerospace Systems, Materials science and Engineering Computational Methods in Mechanics, cad/CAM Technology http://www.ucf.edu/gradcatalog/grad0001/engine/mechanical.htm

Mechanical, Materials, and Aerospace Engineering Chair of the Department: L. C. Chow Associate Chair of the Department: R. Hosler Graduate Program Coordinator: Alain J. Kassab ENGR 381, (407) 823-5778. E-mail: kassab@mail.ucf.edu Faculty Professors: P. J. Bishop, Ph.D., P.E., Interim Associate Vice President for Graduate Studies; L. C. Chow, Ph.D.; V. H. Desai, Ph.D., P.E.; B. E. Eno, Ph.D., P.E.; E. R. Hosler, Ph.D., P.E.; J. D. McBrayer, Sc.D., P.E.; F. A. Moslehy, Ph.D., P.E.; D. W. Nicholson, Ph.D.; W. F. Smith, Sc.D., P.E. Associate Professors: R. H. Chen, Ph.D.; L. Chew, Ph.D.; T. Conway, Ph.D.; S. T. Durrance, Ph.D.; L. A. Giannuzzi, Ph.D.; A. H. Hagedoorn, Ph.D., P.E.; R. W. Johnson, Ph.D., P.E.; A. J. Kassab, Ph.D.; K. C. Lin, Ph.D., P.E.; A. Minardi, Ph.D.; J. Nayfeh, Ph.D.; C. E. Nuckolls, Ph.D., P.E.; G. G. Ventre, Ph.D., P.E. Assistant Professors: E. Enikov, Ph.D.; J. Kapat, Sc.D.; S. Seal, Ph.D.; D. Zhou, Ph.D. Joint Appointees: K.D. Belfield, Ph.D., Department of Chemistry; K. A. Cerqua-Richardson, Ph.D., School of Optics; B. Chai, Ph.D., Department of Physics; M. B. Chopra, Ph.D., Department of Civil and Environmental Engineering; L. Debnath, Ph.D., Department of Mathematics; N. S. Dhere, Ph.D., Florida Solar Energy Center; A. Kar, Ph.D., School of Optics; W. Luo, Physics, D.C. Malocha, Ph.D., School of Electrical Engineering and Computer Science; N. Misconi, Engineering Technology; H. Myler, School of Electrical Engineering and Computer Science; K.V. Sundaram, School of Electrical Engineering and Computer Science; R. Y. Ting, Ph.D., AMPAC; K. Vajravelu, Ph.D., Department of Mathematics

66. Portland State College Of Engineering & Computer Science | Electrical And Comput Design Automation Laboratory Workstations loaded with computer Aided Design (cad) software provide students with the opportunity to develop algorithms for http://www.pdx.edu/cecs/ece_labs.html

dqmcodebase = "/lib/cecs/js/" Portland State home sitemap search CECS Home ... CECS Sitemap RESEARCH Electrical and Computer Engineering Labs Analog Circuit Design and Test Laboratory: A 300-square-foot laboratory is available to design discrete or integrated filters and test their performance. The laboratory features workstations and design and simulation software such as Cadence, Mentor Graphics, Tektronix Analog Design System (ADS), Magic, SPICE. Test and measurement equipment is available to measure the frequency response of filters from DC to several GHz. This lab is closely affiliated with the IC Design and Test Lab. Biomedical Signal Processing Laboratory Students in the BSP Lab study how useful information can be extracted from physiological(?) signals. The primary focus of the lab is on clinical projects in which the extracted information could help physicians make better decisions about critical situations and improve patient outcome. Design Automation Laboratory: Workstations loaded with Computer Aided Design (CAD) software provide students with the opportunity to develop algorithms for more efficient designs of integrated circuits and improve CAD tools. Digital Signal Processing (DSP) Laboratory: A 250-square-foot laboratory is available for students to design a complete DSP-based electronic system. The lab has nine DSP development stations. Each station is equipped with a Tektronix function generator, a Tektronix oscilloscope, a PC Laboratory and a Texas Instruments TMS320c31 DSP development system.

67. Southern Methodist University professor of computer science and Engineering at Southern Methodist University. His research interests are Reconfigurable Computing, VLSI cad Testing http://engr.smu.edu/~mitch/colloquium/kocan.htm

Presents Reconfigurable Computing and CAD Applications Presented by Fatih Koçan Assistant Professor Department of Computer Science and Engineering Southern Methodist University Wednesday, Oct. 9, 2002 3:30-4:30 p.m. Rm. 307 SIC Building Abstract: In this talk, an overview of reconfigurable computing will be presented. The overview will cover features and building blocks of reconfigurable devices (FPGAs), an example reconfigurable processor (SPLASH-2), advantages of reconfigurable computing over ASICs, run-time support for reconfigurable computing (i.e. OS for FPGAs), CAD for FPGAs, Hardware/Software Co-design, acceleration of VLSI/CAD applications, FPGA CAD flow, and potential research areas. As a case study, SATisfiability and Automatic Test Pattern Generation (ATPG) techniques will be discussed. Speaker’s biography: Everyone invited!

68. School Of Engineering And Computer Science, Exeter University - Engineering Comp A cluster of 11 PCs in the cad/CAM Suite, room 215 in the Harrison building is for use by computer support for undergraduates is available at several levels. http://www.secs.ex.ac.uk/labs/engComp/engComp.htm

General Information Main Computer Room Microprocessor Lab CAD/CAM Suite Engineering Computing Facilities General information On registration with the University, all engineering students are given a student identity card. Apply, with this card, at the University IT Services reception in the Laver building (or use the registration station in room 207 in Harrison building) to obtain a login name and password which gives access to the clusters of PCs in rooms 207 and K1. This same login name and password gives access to an email account, gives access to 24 hour public clusters of PCs on campus, and allows login to the undergraduate unix server called hebe The Department of Engineering provides 3 clusters of PCs for student use: A cluster of 48 PCs in room 207 in the Harrison building is the main undergraduate computing facility. A cluster of 16 PCs in room K1 in the Kay Laboratories, is primarily for use in connection with MicroProcessor and Electronic courses.

69. Master Of Science In Applied Computer Science robotics applications, safety, sensors, Robotics Languages Model for computerAided Design (cad) , speech recognition COSC 591 Seminar in computer science 3 cr http://www.cs.frostburg.edu/cdesc.htm

Master of Science in Applied Computer Science Home Academics Graduate Study at FSU Department Links General Information Admission Criteria Program Requirements Course Descriptions ... Printable Forms Course Descriptions COSC 520 Robotics and Computer Control 3 cr. Introduction to field of robotics: applications, safety, sensors, Robotics Languages Model for Computer-Aided Design (CAD) , speech recognition and generation. Integration of robots with artificial intelligence. Prerequisites: PHYS 215 or PHYS 261, COSC core courses and permission of the instructor. COSC 550 Programming Language Structures 3 cr. Features of existing programming languages and underlying concepts. Syntax and semantics, simple statements, grouping of statements, scopes and storage-allocations, subroutines. List processing and string manipulation languages. Prerequisites: COSC 310 and COSC 350, or permission of instructor. COSC 555 Artificial Intelligence 3 cr.

70. RYERSON UNIVERSITY: Computer Science range of computer science electives in areas such as operating systems, software engineering, data communications networks, compiler design, graphics, cad/CAM http://www.ryerson.ca/programs/compsci.html

Ryerson Home Prospective Students Undergraduate Programs Prospective Students ... Related links 4-year regular or 5-year co-operative program New Centre for Computing and Engineering Computer Science Bachelor of Science Computer Science, New Name - New Curriculum (PDF) Ryerson University announces a new name - Computer Science - for a program known for graduating software leaders and strategists. These software architects work in a wide variety of principal roles in the computing industry. more... (PDF) THE FIELD THE PROGRAM Computer Science prepares you for the diverse needs of industry with a practical education in a leading-edge computing environment. THEORY PRACTICE CAREERS AT A GLANCE Bachelor of Science awarded. Four-year regular or five-year co-operative program. FIRST-YEAR STUDIES Course descriptions ADMISSION REQUIREMENTS OSSD with six Grade 12 U/M courses including the following: English (ENG4U/EAE4U preferred), Advanced Functions and Introductory Calculus (MCB4U), Geometry and Discrete Mathematics (MGA4U), and one of Chemistry (SCH4U), Biology (SBI4U) or Physics (SPH4U), with a minimum of 60 percent or higher in each of these courses. Physics is the recommended Grade 12 U Science. Subject to competition, candidates may be required to present averages/grades above the minimum. Ryerson will allow the mixing of U, M, and OAC courses as applicable, but comparable courses will not be

71. Binghamton University Department Of Computer Science Home Page Topics computer architecture, parallel systems, VLSI cad, VLSI design; Research Labs VLSI cad Laboratory (Madden); Low Power Research http://www.cs.binghamton.edu/research.html

Home News People Research ... Weekly Seminar Research Areas and Groups Networking and Distributed Systems Faculty: Kanad Ghose Michael Lewis Madhu Govindaraju Nael Abu-Ghazaleh ... Walter Piotroski Topics: high performance computing, grid computing, protocol latency reduction, mobile computing, distributed object evolution, application-customizable network subsystems Research Labs Grid Computing (Lewis, Govindaraju) High-Performance Networking and Networking Subsystem Architectures (Ghose) Mobile Computing (Abu-Ghazaleh) Parallel Discrete-Event Simulation (Abu-Ghazaleh) Operating System Research Laboratory (Piotroski) Databases and Information Retrieval Faculty: Weiyi Meng Zongfei (Mark) Zhang Michal Cutler Lijun Yin Topics: query processing, image database, multimedia database, distributed information retrieval, search engine and metasearch engine Research Labs Database and Information Retrieval Lab (Weiyi Meng, Michal Cutler) Multimedia Research Lab (Zhongfei Zhang) Image and Graphics Computing Lab (Yin) Architecture, Parallel Systems, and VLSI

72. Technology CAD Computer Simulation Of IC Processes And Devices|KLUWER Academic P Technology cad – computer Simulation of IC Processes and Devices. Series THE KLUWER INTERNATIONAL SERIES IN ENGINEERING AND computer science Volume 243. http://www.wkap.nl/prod/b/0-7923-9379-1

Title Authors Affiliation ISBN ISSN advanced search search tips Books Technology CAD Computer Simulation of IC Processes and Devices Add to cart by Robert W. Dutton Dept. of Electrical Engineering, Stanford University, CA, USA Zhiping Yu Tsinghua University, Beijing, China Book Series: THE KLUWER INTERNATIONAL SERIES IN ENGINEERING AND COMPUTER SCIENCE Volume 243 The rapid evolution and explosive growth of integrated circuit technology have impacted society more than any other technological development of the 20th century. Integrated circuits (ICs) are used universally and the expanding use of IC technology requires more accurate circuit analysis methods and tools, prompting the introduction of computers into the design process. The goal of this book is to build a firm foundation in the use of computer-assisted techniques for IC device and process design. Both practical and analytical viewpoints are stressed to give the reader the background necessary to appreciate CAD tools and to feel comfortable with their use. presents a unified discourse on process and device CAD as interrelated subjects, building on a wide range of experiences and applications of the SUPREM program. Chapter 1 focuses on the motivation for coupled process and device CAD. In Chapter 2 SUPREM III is introduced, and process CAD is discussed in terms of ion-implantation, impurity diffusion, and oxidation models. Chapter 3 introduces the Stanford device analysis program SEDAN III (SEmiconductor Device ANalysis). The next three chapters move into greater detail concerning device operating principles and analysis techniques. Chapter 4 reviews the classical formulation of

73. In Brief: DARPA, NSF To Fund University Research On CAD Technology - CS Dept research effort to develop the next generation of computerAided Design (cad) tools - incoporating School of Engineering and Faculty of Arts and science. http://www.cs.pitt.edu/articles/2002/cad.html

Home For Students People Research The University of Pittsburgh Research Review Winter 2002 Page 2 In Brief: DARPA, NSF to Fund University Research on CAD Technology A new research effort to develop the next generation of Computer-Aided Design (CAD) tools - incoporating electronic ciuitry, photonics, and micromechanical components on the same chip - has begun at the University of Pittsburgh School of Engineering and Faculty of Arts and Science. Under the direction of Steven P. Levitan, the John A. Jurenko Professor of Computer Engineering and professor of electrical engineering, and Donald M. Chiarulli, professor of computer science and computer engineering, the program will develop new software tools and desgin methods, including models for micromechanical devices, as well as a system-level technique for fast-turnaround modeling of end-to-end system behavior. The program is supported by a $2 million grant from the MicroSystems Technology Office of the Defense Advanced Research Projects Agency (DARPA) and a $630,000 grant from the National Science Foundation (NSF).

74. Nat'l Academies Press, Computer Science And Artificial Intelligence (1997), 2 Ar Intelligence (1997) Commission on Physical Sciences, Mathematics, and via concurrent engineering, computeraided design (cad), computer-aided manufacturing (CAM http://books.nap.edu/books/0309058317/html/4.html

Read more than 3,000 books online FREE! More than 900 PDFs now available for sale HOME ABOUT NAP CONTACT NAP HELP ... ORDERING INFO Items in cart [0] TRY OUR SPECIAL DISCOVERY ENGINE Questions? Call 800-624-6242 Computer Science and Artificial Intelligence Commission on Physical Sciences, Mathematics, and Applications ( CPSMA CHAPTER SELECTOR: Openbook Linked Table of Contents Front Matter, pp. i-viii Contents, pp. ix-x 1 Introduction, pp. 1-3 2 Artificial Intelligence and Human-Computer Interface, pp. 4-6 3 Grand Challenge Areas, pp. 7-19 GO TO PAGE: TABLE OF CONTENTS PAGE PRINTABLE PDF PAGE CHAPTER PAGE SEARCH THIS BOOK: The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy. Chapter 2 Artificial Intelligence and Human-Computer Interface Importance of AI and HCI to the Department of Defense This goal has manifested itself in strong support for and pressure to advance technologies that Permit total replacement of humans in hostile environments by "satisfactory" perceiving, reasoning, and acting mechanical-electronic surrogates;

75. The UMass Lowell Computer Science Major languages, automata, VLSI design, computer aided design (cad), computer aided instruction to 91.461 to complete a twocourse computer science project sequence. http://www.cs.uml.edu/curriculum/ugrad/Brochure.html

Undergraduate Brochure Computer Science Department UMass Lowell Brochure Contents A Message from the Undergraduate Coordinator The Computer Science Major University Core/General Education Requirements A Old General Education Requirements B ... . New General Education Requirements Major Requirements A. Computer Science Courses The Computer Science Project Sequence B. Supporting Courses in Science and Mathematics C. Additional Writing Requirement ... Frequently Asked Questions Descriptions of Courses Required Courses Computer Science Electives Courses for Non-Majors Back to top A Message from the Undergraduate Coordinator Welcome to the Computer Science Department of the University of Massachusetts Lowell! We are a small department dedicated to the education of our undergraduates. The Department aims to be the best undergraduate program in Computer Science in the region. We are working to achieve this goal in the following ways: We realize the importance of excellent classroom teaching to our students. Our faculty includes experts in important cutting-edge technologies such as multimedia, graphics, scientific visualization, database systems, data communications, robotics, human factors, and software-development methodologies. We have an excellent record for placing students in a competitive job market.

76. Miami University - Department Of Engineering Technology Associate in Applied science. The mechanical engineering technology program emphasizes courses in computer aided drafting (cad), computer aided engineering http://www.ham.muohio.edu/ent/mechanical.html

Mechanical Engineering Technology Associate in Applied Science and Bachelor of Science in Applied Science Major in Engineering Technology (Mechanical Concentration) Associate in Applied Science The mechanical engineering technology program emphasizes courses in computer aided drafting (CAD), computer aided engineering analysis and design, computer numerical control programming (CNC), and engineering mechanics. The courses include laboratory experiences working with modern materials testing equipment, microcomputer based engineering analysis software, CAD/CAM hardware and software, robots, and a variety of engineering support software. Mechanical Engineering Technology students develop the ability to analyze, synthesize, and solve technical problems. Our lab equipment is a diverse collection of manufactured or canned experiments and equipment built by students and technicians of the Department of Engineering Technology. You can view several

77. Task 2 [GAMES Aachen] 2000}, PUBLISHER = {SpringerVerlag}, PAGES = {290301}, SERIES = {Lecture Notes in computer science}, VOLUME = {1770}, URL = {http//www-cad.eecs.berkeley.edu http://www-mgi.informatik.rwth-aachen.de/games/Research/index-bib.html

Aachen Task 2 Publications Events Zap Main Site Aachen Bordeaux Edinburgh Paris Rice Uppsala Vienna Warsaw GAMES RTN Aachen Team Download BibTeX literature.bib On this page Material Literature Task 2: Algorithmic analysis of parity games Objectives The main goal is to determine whether winning positions and winning strategies for parity games can be computed in polynomial time. Another goal is the analysis, improvement and implementation of practical (possibly incomplete) algorithms for solving parity games. Finally this work will be exploited for applications in logic and verification. Notes Wolfgang Thomas' presentation of Task 2 in Edinburgh. [ slides Discussions on the above (to follow). Background literature M. Jurdzinski, Deciding the winner in parity games is in UP co-UP, Information Processing Letters , vol. 68, no. 3, pp. 119-124, 1998. List M. Jurdzinski, Small progress measures for solving parity games, in Proceedings of the 17th Annual Symposium on Theoretical Aspects of Computer Science, STACS 2000 , vol. 1770 of

78. PLU Computer Science And Computer Engineering of equipment for a computerAided Design Lab. The lab will contain 15 SUN workstations running advanced hardware and software design tools. Use of the cad Lab. http://www.cs.plu.edu/news/murdock_grant.php

Academics Spring 2004 Offered Courses Courses and Degrees Departmental Facts ... Contact Us Murdock Grant CSCE Computer-Aided Design Laboratory The Murdock Trust has awarded the department of CSCE at PLU a grant of $122,000 for the purchase of equipment for a Computer-Aided Design Lab. The lab will contain 15 SUN workstations running advanced hardware and software design tools. Use of the CAD Lab This laboratory will support several different classes in the CSCE program including Digital Electronics, Microprocessors, Software Engineering, Circuits, and Analog Electronics. In addition, the equipment will be used by students and faculty for research including capstone projects. While the exact use of the equipment will change as the faculty become fully trained in its capabilities, possible assignments include: Digital Electronics: Students will learn how to simulate circuits using VHDL. They will write structural, data flow and behavioral VHDL code for every lab and many of the problems on regularly assigned problem sets. The lab sequence will start off with a simple combinational logic design problem such as the example DE Lab 1 attached to this proposal. The goal of the labs will be to take the students through a sequence of assignments leading to a significant programmable system controller implementation. One possible system could be the design and simulation of a circuit such as the MYCA-1 found in the attachments. Students will use a mixed architecture development methodology made possible by the software/hardware in the CAD lab to design, simulate, and test the MYCA-1 circuit.

79. CS 210 What Is Computer Science What’s the difference between computer science, information systems CS 527 CS 530) Simulation, Graphics and computerAided Design (cad), and Embedded http://www.cs.wmich.edu/~kerstett/Announcement-CS210-Linked.htm

CS 210 What is Computer Science? Note: If you are interested in this course you MUST enroll in BOTH CS 210 What is Computer Science? AND CS 210 What is Computer Science? – The Lab See http: //cs.wmich.edu for more information about this course. What’s this course about? Who should take this course? What are the course prerequisites and co-requisites? What textbooks do I use? ... Where and when is the course taught? Instructor: Professor Mark Kerstetter College of Engineering (Parkview Campus – Fall 2003) Phone: E-Mail: Kerstetter@wmich.edu Location Lecture: 1:00-1:50 p.m. M-W-F #56177 (Room: CE C136 Parkview Campus) Course Description: (3 credit hours – 3 hours lecture) This course explains the differences between computer science, computer engineering, information processing, and other areas of study of computing and computing technology. It surveys topics studied by computer scientists, investigates where computer scientists work and discusses connections with professional associations. This course will reveal what computers can and cannot do.

80. Selected Publications Maryland DSP-CAD Research Group DSPcad Group Students. Research in the DSP-cad Group is directed by Professor Shuvra S. Bhattacharyya. Also computer science Technical Report CS-TR-4546. http://www.ece.umd.edu/DSPCAD/papers/contents.html

Selected Publications of the Maryland DSP-CAD Research Group A BibTeX file containing bibliographic information for all publications listed here is also available. Globally, this publication list is ordered in reverse chronological order. Within a given year, the ordering is alphabetical (by author name). We are grateful to the following sponsors, who have supported the research reported in these publications and research in the Group at large: Agilent Technologies, Angeles Design Systems, Inc.; the Defense Advanced Research Projects Agency; Northrop Grumman Corp.; the Semiconductor Research Corporation; Trident Systems, Inc.; the University of Maryland Graduate School; the US Army Research Laboratory; and the US National Science Foundation. DSP-CAD Group Students. Research in the DSP-CAD Group is directed by Professor Shuvra S. Bhattacharyya. Publications are listed for the following years: N. K. Bambha and S. S. Bhattacharyya. Interconnect synthesis for systems on chip. In Proceedings of the IEEE International Workshop on System on Chip for Real Time Processing , Banff, Canada, July 2004. To appear. (

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