41. Parallel And Distributed Architectures The studies include also alternative computer architectures, java processor designs and microcontrollers for embedded systems. http://wwwbode.cs.tum.edu/Par/arch/

Department of Informatics Informatik X: Rechnertechnik und Rechnerorganisation / Parallelrechnerarchitektur Prof. Dr. Arndt Bode Prof. Dr. Hans Michael Gerndt Home Addresses ... Search Parallel and Distributed Architectures Dr. C. Trinitis Projects Staff Publications Information Projects BALANCE Ba lanced High Availability in L ayered an d Distributed C omputing E lements) INFINIBAND-Cluster (High Performance Cluster COmputing with INFINIBAND Interconnect) RAMiS (Reconfigurable Architectures, Microprocessors and System Design) DiME (Data Locality Iterative Methods ABB-POLOPT (Electric Field Simulation) DAB (Digital Audio Broadcast) CARACAS (Automatic Text Recognition) JMic (JAVA based Microcode Simulator) Deutsches Museum (Cooperation Project) Projects (more detailed description) BALANCE Ba lanced High Availability in L ayered an d Distributed C omputing E lements) The usual solution to increase the availability of a system is redundancy at system level, which means adding spare computers being able to replace each other in the case of a failure. But this solution suffers from two severe drawbacks due to the coarse level of redundancy, many non-live critical components have to be duplicated, resulting in very high costs.

42. Camelback Computer Architecture, LLC Offers computer architecture consulting services to assess technology, develop products, and protect intellectual property. http://camelback-comparch.com/

Camelback Computer Architecture, LLC offers computer architecture consulting services to assess technology, develop products, and protect intellectual property. Don Alpert is the president and principal consultant. Don has written expert reports for patent litigation on claims construction, invalidity analysis, and infringement analysis. He has also been deposed and testified on these topics. His skills include analyzing hardware (VHDL and Verliog) and software (C and assembly language) of complex computer systems. Don’s areas of technical specialty include: Instruction Set Architecture Processor Organization Microprocessor Design and Validation Performance Evaluation PC System Architecture His qualifications include: Over 20 years leadership experience at Intel, National Semiconductor, and Zilog Principal architect of the Pentium® Processor Ph.D., M.S., and B.S. degrees in Electrical Engineering from Stanford and MIT Past chair of IEEE Technical Committee on Microprocessors and Microcomputers Taught graduate-level classes in computer architecture at Stanford, Tel Aviv, and ASU

43. 'Puter Architecture At The UW This is an overview of computer architecture research at the University of A computer architecture home page that includes information on work being http://www.cs.washington.edu/research/arch/

Computer Architecture at the UW University of Washington FR-35 Seattle, Washington USA This is an overview of computer architecture research at the University of Washington. There are also pages about other CSE research and about adding bibliographic entries to this page Benchmarks A set of multithreaded benchmarks that run under PRESTO Interconnection Architectures and Routing The Chaotic Routing Project . Chaotic Routing is a non-minimal, adaptive and fault-tolerant routing for multicomputer architectures. Information is available about the people, publications, and simulator, as well as related work and analysis of other routing schemes. Design and Evaluation of a Subblock Cache Coherence Protocol The Meerkat Multicomputer a bus array multicomputer. A Multi-Level Hierarchical Cache Coherence Protocol for Multiprocessors The Proteus parallel computer network architecture Memory Consistency A Performance Study of Memory Consistency Models On Synchronization Patterns in Parallel Programs Relaxed Consistency and Synchronization in Parallel Processors Memory Hierarchy Performance A home page on memory hierarchy performance Multithreading Impact of Sharing-Based Thread Placement on Multithreaded Architectures The Effectiveness of Multiple Hardware Contexts Simultaneous Multithreading Project Home Page Prefetching and Instruction Scheduling Balanced Scheduling: Instruction Scheduling When Memory Latency is Uncertain Data Prefetching for High-Performance Processors Effective Cache Prefetching on Bus-Based Multiprocessors Limitations of Cache Prefetching on a Bus-Based Multiprocessor The

44. Camelback Computer Architecture, LLC Camelback computer architecture, LLC offers computer architecture consulting services to assess technology, develop products, and protect intellectual http://www.camelback-comparch.com/

Camelback Computer Architecture, LLC offers computer architecture consulting services to assess technology, develop products, and protect intellectual property. Don Alpert is the president and principal consultant. Don has written expert reports for patent litigation on claims construction, invalidity analysis, and infringement analysis. He has also been deposed and testified on these topics. His skills include analyzing hardware (VHDL and Verliog) and software (C and assembly language) of complex computer systems. Don’s areas of technical specialty include: Instruction Set Architecture Processor Organization Microprocessor Design and Validation Performance Evaluation PC System Architecture His qualifications include: Over 20 years leadership experience at Intel, National Semiconductor, and Zilog Principal architect of the Pentium® Processor Ph.D., M.S., and B.S. degrees in Electrical Engineering from Stanford and MIT Past chair of IEEE Technical Committee on Microprocessors and Microcomputers Taught graduate-level classes in computer architecture at Stanford, Tel Aviv, and ASU

45. 332 Advanced Computer Architecture - Lecture Notes 332 Advanced computer architecture lecture notes. Lecture notes for the Parallel Architectures course can be found on-line here, in two forms http://www-ala.doc.ic.ac.uk/~phjk/AdvancedCompArchitecture/Lectures/

332 Advanced Computer Architecture - lecture notes Lecture notes for the Parallel Architectures course can be found on-line here, in two forms: HTML, i.e. in a convenient form for on-line browsing PDF/Postscript, ie ready for you to print (the quality is somewhat better than if you just print the web pages, and the slides are arranged four-per-page to save paper). Access to some of the materials of protected by a simple password mechanism; the username is the initials of the course title, the password on the lecturer's last name, all in lower case. Permission to access this material is granted to all Imperial students. For on-line browsing (HTML): Chapter 1 Chapter 2 Chapter 3 Chapter 4 ... (Old chapter 6 - branch prediction) (You might also have a look at Huiyang Zhou's notes from CDA 5106 Advanced Computer Architecture at UCF (originally from Eric Rotenberg?)) Chapter 7 (old version Chapter 7 - cache coherency PDF versions for printing (4-up): Chapter 1 Chapter 2 Chapter 3 Chapter 4 ... Supplemental alternative (older) version of Chapter 4 Older material in case it's useful (postscript): Ch04-MoreSophisticatedCPUArchs/Ch04-V1-4up.ps.gz

46. Softwareradio.info : Software Radio Communications theory, digital signal processing, computer architecture and silicon engineering to create novel signalprocessing solutions for wireless applications. http://www.softwareradio.info

47. Computer Architecture Simulator Categories Papers on Teaching with computer architecture Simulators. (authored by Bill Yurcik). Guest Editorial computer architecture Simulators are Not as Good as http://www.sosresearch.org/caale/caalesimulators.html

Computer Architecture Simulators ATTENTION! HELP UPDATE THIS SIMULATOR LIST BY SENDING EMAIL TO byurcik@iwu.edu Computer Architecture Simulator Categories: Papers on Teaching with Computer System Simulators (authored by Bill Yurcik) Historic Machine Simulators Digital Logic Simulators Theoretical Machine Simulators Novice Hypothetical Machine Simulators ... Multi-Processor Simulators (including Multi-Processor Interconnection Network Simulators Memory and Operating System Simulators Embedded Processor Simulators Quantum Computer Simulators ... Meta Lists of Simulator Links and Tool Sets Papers on Teaching with Computer Architecture Simulators (authored by Bill Yurcik) Guest Editorial: Computer Architecture Simulators are Not as Good as the Real Thing They are Better! [author: William Yurcik , published in the ACM Journal of Educational Resources in Computing (JERIC), Vol. 1 No. 4, March 2002.] ACM Journal of Educational Resources in Computing (JERIC), Vol. 1 No. 4 special issue on General Computer Architecture Simulators Guest Editorial: Specialized Computer Architecture Simulators That See the Present But May Hold the Future [author: William Yurcik , published in the ACM Journal of Educational Resources in Computing (JERIC), Vol. 2 No. 1, March 2002.]

48. CSCI 320 Computer Architecture Verilog Manual a handbook describing the basics of Verilog including some history and several examples. http://www.eg.bucknell.edu/~cs320/1995-fall/verilog-manual.html

CSCI 320 Computer Architecture Handbook on Verilog HDL Dr. Daniel C. Hyde Computer Science Department Bucknell University Lewisburg, PA 17837 August 25, 1995 Updated August 23, 1997 PDF version of Handbook for printing. Table of Contents 1. Introduction 1.1 What is Verilog? 1.2 What is VeriWell? 1.3 Why Use Verilog HDL? ... References 1. Introduction Verilog HDL is a Hardware Description Language (HDL) . A Hardware Description Language is a language used to describe a digital system, for example, a computer or a component of a computer. One may describe a digital system at several levels. For example, an HDL might describe the layout of the wires, resistors and transistors on an Integrated Circuit (IC) chip, i. e., the switch level . Or, it might describe the logical gates and flip flops in a digital system, i. e., the gate level . An even higher level describes the registers and the transfers of vectors of information between registers. This is called the Register Transfer Level (RTL) . Verilog supports all of these levels. However, this handout focuses on only the portions of Verilog which support the RTL level. 1.1 What is Verilog?

49. Faculty Of Applied Science Faculty of Applied Science. Research interests include algorithms and data structures, computer architecture, software engineering, programming languages, artificial intelligence, computer graphics, pattern recognition and image processing, databases and information systems, maching learning, natural language processing, and autonomous systems. http://www.informatik.uni-freiburg.de/applied.htm

webcamera on the campus... faculty general information, addresses, people how to find us administration secretary's office ... students offices , interna .. studies lectures WS98/99 information on studies student organization (Fachschaft) research institute for computer science institute for microsystemtechnologies technology transfer report of research activities ... what's new? events, conferences, colloquia, publications of the academic office for foreign relations open positions project managment in the rector's office atlas technique brochure petit atlas ... HIS-project last change: 19.11.98 12:10 owner: krieger german version... Click here if this page has been incorrectly displayed This page was translated by InterTran (tm) Translate another URL: English to Portuguese English to Brazilian Portuguese English to German English to Dutch English to Latin American Spanish English to Spanish English to European Spanish English to French English Thesaurus English to Danish English to Finnish English to Icelandic English to Italian English to Norwegian English to Swedish English to Russian English to Croatian English to Hungarian English to Polish English to Czech English to Serbian (Latin) English to Slovenian English to Greek US English to UK English UK English to US English German to English German to Polish German to Norwegian German to Hungarian Danish to English Finnish to English Icelandic to English Italian to English Norwegian to English Russian to English Russian to Hungarian Swedish to English Portuguese to English Brazilian Portuguese to English

50. IBM Research | IBM Research | Computer Architecture IBM Research IBM Research computer architecture. computer architecture. Research Area. About us. At its core, IBM is a computer company; http://domino.research.ibm.com/comm/research.nsf/pages/r.arch.html

Country/region change All of IBM Home Products My account Computer Architecture ... University Collaboration Related links Careers at Research Page contact Print Version Forward this URL Computer Architecture Research Area About us At its core, IBM is a computer company; and IBM researchers have made seminal contributions to the computer architecture field. Here are some of our exciting research activities in the computer architecture area. Projects ASCI White and Blue Pacific IBM's scalable multiprocessor systems offer many areas of fruitful research. IBM Research recently contributed to the Accelerated Strategic Computing Initiative's White and Blue Pacific supercomputers. Blue Gene A supercomputer project aiming to tackle the protein folding grand challenge with petaflop performance. CELL Architecture This project with Sony and Toshiba has created a supercomputer-on-a-chip for a new wave of devices in the emerging broadband era. Compiler Technology for Scalable Architectures "Single source" compiler solutions targeting heterogeneous parallelism (MIMD/SIMD, shared/distributed memory, heterogeneous cores) in Scale-Up and Scale-Out architectures. Deep Blue IBM's Deep Blue computer beat the human world chess champion in the year 1997. Now the technology is being applied to other areas.

51. Who's Who In Computer Architecture Researchers in computer architecture and Compilers. http//www.cs.cmu.edu/~mihaib/whoswho computer architectures for safetycritical applications, http://www-2.cs.cmu.edu/~mihaib/whoswho/photos.html

Researchers in Computer Architecture and Compilers http://www.cs.cmu.edu/~mihaib/whoswho Explanation . This page is incomplete; please send corrections and additions to mihaib+who@cs.cmu.edu This page does not list students. Name Address Picture Work A Goto: top A B C ... Z Professor U of California at Santa Cruz cse.ucsc.edu/~abadi/home.html security, programming languages, specification and verification dblp Tarek S. Abdelrahman Professor U of Toronto, EE, Canada eecg.utoronto.ca/~tsa Jasmine compiler, NUMAchine multiprocessor, POW system dblp Mokhtar Aboelaze Professor York U, Canada cs.yorku.ca/~aboelaze omputer networks, mobile networks, computer architecture, special purpose architecture for image processing dblp Jacob A. Abraham Professor U of Texas, Austin, ECE cerc.utexas.edu/~jaa VLSI design and test, formal verification, fault-tolerant computing dblp Santosh G. Abraham Sun Microsystems trimaran.org/car_group/santosh_abraham.html (old) multiprocessor systems, optimizing compilers, performance evaluation, memory hierarchy simulation and design

52. Who's Who In Computer Architecture Researchers in computer architecture and Compilers. http//www.cs.cmu.edu/~mihaib/whoswho Explanation. Fast loading page everybody without photos. http://www-2.cs.cmu.edu/~mihaib/whoswho/

Researchers in Computer Architecture and Compilers http://www.cs.cmu.edu/~mihaib/whoswho Explanation Fast loading page everybody without photos Slow loading page everybody with photos Broken down by initial, with photos A B C D ... Z

53. Juan Rubio The University of Texas at Austin computer architecture. http://www.ece.utexas.edu/~jrubio

Juan Rubio Home Publications Projects Personal ... Resume email: jrubio at ece dot utexas dot edu phone: fax: address: Department of Electrical and Computer Engineering The University of Texas at Austin 1 University Station C0803 Austin, TX 78712-0240 web: http://www.ece.utexas.edu/~jrubio I am a graduate student at The University of Texas at Austin . I did my undergraduate at the Universidad Santa Maria La Antigua at Panama . Right now I am a member of the Laboratory for Computer Architecture (LCA) , and I am doing my research under the supervision of Prof. Lizy John Research My research focus in the design of high performance and efficient computer systems. Computer systems are formed using integrated hardware and software components, which makes it hard to design one part without a good understanding of the other. With that in mind, my research includes computer architecture, operating systems, applications, compilers and their interactions. Currently, I've been looking at the interactions that take place in a database server. These studies motivated our work on Hierarchical Computing , which is the topic of my dissertation.

54. Computer Architecture Research Laboratory computer architecture Research Laboratory. Computer Science Department, UC Davis Useful computer architecture Web Sites http://arch.cs.ucdavis.edu/

Computer Architecture Research Laboratory Computer Science Department, UC Davis A founding member of the Quantum Architecture Research Center , the Computer Architecture Laboratory serves as a focal point for research into various aspects of computer design and performance. The laboratory facilities include top of the line workstations from Intel, Compaq, IBM, HP, and Sun, which are used to support many different research projects, including (but not limited to) research into applications and architectures for novel technologies, mechanisms to increase the functionality and useability of a processor design, ways to increase information content of data streams, studies of how best to use billions of transistors, the design of a decoupled access-execute architecture that holds great promise for increased performance, work on reducing the memory access penalty, and an investigation of optimal multiprocessor cache configurations. Faculty Fred Chong , Associate Professor Matthew Farrens , Professor Graduate Students Foo Lim John McCann V. Ravishankar

55. Buyya, Rajkumar Monash University computer architecture, Operating Systems, Compilers, Programming Paradigms, Parallel and Distributed Computing, Cluster Computing, Parallel I/O. http://www.rdt.monash.edu.au/~rajkumar/

56. -> Home <- This home page is devoted to Advanced computer architecture Group(ACAG). MorphoSys is a Reconfigurable computer architecture that is composed of a http://www.eng.uci.edu/comp.arch/

Welcome This home page is devoted to Advanced Computer Architecture Group(ACAG). At UC Irvine, we have developed several processors over the years (based on VLIW, superscalar, multithreaded, and reconfigurable architecture). Currently, our main focus is on a project called MorphoSys (reconfigurable computing). Projects MorphoSys MorphoSys is a Reconfigurable Computer Architecture that is composed of a software programmable processing unit called TinyRISC and a reconfigurable hardware unit called RC Array. MorphoSys M2 is currently running at 450MHz (simulated), using 0.13-micron technology and with an area of 8x8mm or 16x16mm with onchip memory. IBMR The Image Based Modeling and Rendering Lab is the beginning of new research area in the Electrical Engineering and Computer Science Department (EECS) at the University of California, Irvine. Our area of reasearch is mainly focused in 3D modeling of objects from video stream, with a photorealistic quality; we apply these techniques to model rigid objects but also want to animated characters, obtainning motion behaviors. Our lab is equipped with the latest Intel based computer with state-of-the-art graphic cards. We mainly develop in C, C++ and Java Program Languages.

57. PiSMA: A Parallel VSM Architecture Parallel computer architecture, called PiSMA Parallel vIrtually Shared Memory Architecture. Article about securing confidential communication using authentication from ACM Crossroads site. http://www.acm.org/crossroads/xrds5-3/pisma.html

PiSMA: A Parallel VSM Architecture by Dimitris Lioupis Andreas Pipis Maria Smirli , and Michael Stefanidakis Introduction There is an increased interest in large scale multiprocessors composed of a large number of processing elements. The two main models of multiprocessor architectures, the shared memory model [ ] and the distributed memory model [ ], suffer from serious limitations because of their nature. Distributed memory architectures promise better scalability and increased performance but are more difficult to program efficiently. Shared memory architectures, on the other hand, have a better programming model. Their disadvantage, however, is the limited bandwidth of the shared bus, which restricts scalability. This paper presents a parallel computer architecture, called PiSMA (Parallel vIrtually Shared Memory Architecture), introduced in [ ]. PiSMA architecture combines the benefits of both multiprocessor models mentioned above, resulting in an efficient parallel architecture. The simplicity of the underlying hardware permits the scaling of PiSMA, utilizing new generations of microprocessors, without the need to redesign the whole system. PiSMA can be used with or without a global communication network depending on the type of applications it is used for, as described in [ ]. In the following sections a detailed description of the PiSMA architecture, its programming model, the

58. NSF Future Of Computer Arch Research Panel The Future of computer architecture Research There were two committees organized, those in the beginnings of their careers as computer architecture http://www.comparch.ncsu.edu/future/

The Future of Computer Architecture Research Wise Views and Fresh Perspectives A panel sponsored by the National Science Foundation Sunday, June 8th, 2003 - San Diego, CA This panel was charged with predicting the future of Computer Architecture research. There were two committees organized, those in the beginnings of their careers as computer architecture reseachers (the "Fresh Perspectives" committee) and those who have established a strong reputation after many years of research in computer architecture (the "Wise Views" committee). The panel discussion consisted of short presentations made by each of the panelists on their views on specific aspects of the future of computer architecture. In order to focus things a little, they were presented with a list of five broad topics for panelists to use to frame their presentations. Each panelist chose two topics to address in their talks. Panel Organizers: Chair: Tom Conte , North Carolina State University Panel Moderators: Wen-mei Hwu , University of Illinois at Urbana-Champaign and Sanjay Patel , University of Illinois at Urbana-Champaign The committees Fresh Perspectives Moderator: Sanjay Patel, University of Illinois at Urbana-Champaign

59. Home Page Of Dr. Rajat Moona Indian Institute of Technology, Kanpur computer architecture, VLSI Design, Operating Systems, Embedded Systems. http://www.cse.iitk.ac.in/~moona/index.html

Rajat Moona, Professor Ph.D. Indian Institute of Science Bangalore B.Tech . Indian Institute of Technology Kanpur About Myself Detailed CV Download Publications ... Projects Research Interests Computer Architecture, VLSI Design, Operating Systems, Embedded Systems Current Course CS330: Operating Systems Course Next Semester Not known yet Phone +91-512-2597652 (O), +91-512-2597638 (O) +91-512-2598481 (H) Fax Email moona @iitk.ac.in Postal Address Department of Computer Science and Engg Indian Institute of Technology Kanpur Kanpur India Projects Indian Language Support Smart Cards Processor Models and tools Last Modified on: Thu 28 April 2005 06:24:16 PM IST

60. Computer Architecture At Georgia Tech's College Of Computing computer architecture. Faculty. Umakishore Ramachandran Milos Prvulovic; Mike Niemier; Gabriel H. Loh Santosh Pande. Students http://www.cc.gatech.edu/computing/Architecture/arch.html

Computer Architecture Faculty Umakishore Ramachandran Milos Prvulovic Mike Niemier Gabriel H. Loh Santosh Pande Students Joshua Fryman Ivan Ganev Nissim Harel Chad Huneycutt Namgeun Jeong Adam Johnson Weidong Shi Links arch-beer Graduates Dr. Yousef Khalidi (1989) - Sun Miscrosystems Dr. Joonwon Lee (1991) - Kaist University, Korea Dr. Walter B. Ligon III (1992) - Clemson University, SC Dr. Martin Davis (1992) - Independent Consultant Dr. Ajay Mohindra (1993) - IBM T.J. Watson Research Center Dr. Samir Das (1994) - SUNY, Stony Brook Dr. Jya Jang Tsai (1994) - University of Waikato, New Zealand Dr. Kaushik Ghosh (1995) - Silicon Graphics Inc. Dr. Vibby Gottemukkala (1995) - CAMPSYS Dr. Gautam Shah (1995) - IBM Power Parallel Systems Division, Poughkeepsie, NY Dr. Anand Sivasubramaniam (1995) - Pennsylvania State University Dr. Kiran Panesar (1996) - Intel Corporation Dr. Aman Singla (1997) - Atheros Inc. Vivek Vellanki (2001) - IBM, Research Triangle Park, NC Zachary Kurmas (2004) - Grand Valley State University, Allendale, MI

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