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**** CDMA ***** DSP ****** CDMA ****** DSP ***** CDMA **** * Announcing Two Short Courses in CDMA Communications & DSP * ** December 1996 in Phoenix Arizona ** (1) Fundamentals of Digital Signal Processing December 2-4, 1996 (3 days) Instructor: Prof. Andreas Spanias of Arizona State University Includes: Hands on Experiments on the PC Description of Algorithms and Applications Participants take back to Work Place Software and a complete set of Notes (2) Principles and Applications of CDMA Communications December 5-6, 1996 (2 days) Instructors: Prof. John Sadowsky and Prof. Andreas Spanias of Arizona State University Includes Description of IS-95, IS-96, and IS-127 Standards Participants take back to Work Place a Complete Set of Notes At Grace Inn Hotel Awhatukee, Phoenix, Arizona Coordinator for both courses: Andreas Spanias of Arizona State University **** Group and Early registration Discounts *** If you need a complete brochure Send email to: spanias@asu.edu Please include: name company (include mail stop) address city, state, zip phone/fax email **** CDMA ***** DSP ****** CDMA ****** DSP ***** CDMA ****Article: 4201
In the spirit of helping newcomers, the www addresses are the obvious: www.actel.com www.altera.com www.xilinx.com strictly in alphabetical order, or in reverse order of revenue :-) Peter Alfke, Xilinx ApplicationsArticle: 4202
Curt Schibonski wrote: > > Help! > The problem that I see is how to input the ascii data serially. > > I want to input the character strings, manipulate them, and them pass them out the "other side". > > How can I sample the serial input as not to lose bits of data? > > Any ideas? The technique for sampling the data is pretty well defined in the 8530 UART data sheets from Zilog and others. Basically you want to run a higher frequency clock (typically 16x) and sample the incoming data stream at that rate. Before a start bit is recognized, you look for a couple of consecutive mark samples (typically 3 or 4) before deciding that it really is a start bit. THis kills noise effects. Then sample at the bit mid points (the start bit mid point would be 4 or 5 clocks from the detection of the start in a 16x system). Sample again every 16th clock to read the midpoints of the bits. If you want to get fancier, you can sense several of the samples around the mid points and vote on the level for a little more noise immunity. Naturally, the recieve clock bit rate needs to be reasonably close to the transmitter. The exact amount of error tolerable can be calculated from the cumulative drift over the bits (When the cumulative error exceeds a half bit time either way the reception gets garbled). Realistically, your tolerance is a little tighter to account for noise on the start detection and bit jitter. Hope this gets you started. -Ray Andraka, P.E. Chairman, the Andraka Consulting Group 401/884-7930 Fax 401/884-7950 email randraka@ids.net http://www.ids.net/~randrakaArticle: 4203
Michael Payne (mpayne@io.com) wrote: : My problems is that when I use external memory with an MCU most of my I/O : pins get used and there isn't enough left to connect the rest of my : components. I searched for a simple control port chip but could not find : one that would solve my problem. Would an FPGA or PLD solve my problem? : Could I use one of these devices to map into the address space and access : these devices? Also, could I program an FPGA or PLD to do my data access : for me and just send an interrupt when the data was ready? The sort answer is yes for all the above; nonetheless, based on your post I think you could do just fine if you do multiplexed I/O if very high performance is not a requirement. You probably need some bidirectional latches and maybe a few other miscellaneous parts.Article: 4204
Curt Schibonski wrote: > > Help! > > I am working on a project that requires a 4800 baud serial input to an xc4000. > I am using a Maxim202 to convert from RS232 to TTL...works great. > > I have contacted Xilinx, checked out their homepage, and data books, but I can't find any examples or ideas to help me input this data. > > The problem that I see is how to input the ascii data serially. > > I want to input the character strings, manipulate them, and them pass them out the "other side". > > How can I sample the serial input as not to lose bits of data? > > Any ideas? > > Thanks > > Curt Schibonski > Electrical Engineering > St. Cloud State University > curtis@tigger.stcloud.msus.edu Check _1st_ edition of Xilinx data book if you can find one. It contains a UART design example. Don't know how it works. -- John L. Smith, Pr. Engr. | Sometimes we are inclined to class Univision Technologies, Inc. | those who are once-and-a-half witted 6 Fortune Dr. | with the half-witted, because we Billerica, MA 01821-3917 | appreciate only a third part of their wit. jsmith@univision.com | - Henry David ThoreauArticle: 4205
Hi all, Does anyone know a good partition tool for multiple FPGAs? It should not be too automatic letting possible to do the partition partly manually also. It can be fully manual, if it is interactive for resulting the partition changes. Any suggestion most welcome. T. HemiaArticle: 4206
Hello, The subject states it (I hope): I am looking for work on implementing the multiplication of permutations (i.e. elements of the symmetric group) in hardware (FPGA, VHDL, gates or so). I am totally free in encoding the elements, but of course some compact representation is required (O(log n!)). Thanks in advance. -- --------------------------------------------------------------- Andreas Doering Medizinische Universitaet zu Luebeck Institut fuer Technische Informatik Ratzeburger Allee 160 D-23538 Luebeck Germany Tel.: +49 451 500-3741 Fax: +49 451 500-3687 Email: doering@iti.mu-luebeck.de ----------------------------------------------------------------Article: 4207
The implementation depends on the synchronous or asynchronous nature of the FIFO write and read operations. It is very simple when there is a common clock for read and write, but more demanding when the two operations are asynchronous. By the way, the Xilinx XC4000E family is more efficient in implementing FIFOs: In XC5200 the FIFO storage must use the available flip-flops ( 4 per CLB ), so an 8-wide, 16 deep FIFO needs 32 CLBs just for storage ( plus some for addressing and control ) while the same size FIFO needs only 8 CLBs for storage in XC4000E, using the dual-port RAM structure which also avoids address multiplexing and speeds up operation. There is a new Xilinx app note on the web that describes the control structure of fast ( >50 MHz for simultaneous read and write ) synchronous and asynchronous FIFOs, 16, 32, or 64 deep, using XC4000E. It is called "XAPP051: Synchronous / Asynchronous FIFOs". Peter Alfke, Xilinx ApplicationsArticle: 4208
Scott Schlachter (scotts@actel.com) inspired us with the words: > Xiangdong: > There is actually a very large amount of information available > to the internet community regarding FPGA's at the various > vendor sites. Before I came to work here at Actel, I spent some > time researching the general subject of "Programmable Logic > Devices" for a report I did in school. I found that the World > Wide Web sites for Actel, Altera, and Xilinx alone had fairly large > amounts of information on them regarding not just their > particular products, but programmable logic devices in general. > If you want to learn more about FPGAs in general, as well as > getting an idea of what the various vendors have available, > you might try checking out their Web sites. > Actel's URL is http://www.actel.com > > (I forget what Xilinx or Altera's URLs are... ;-) ) Just point to the FPGA meta-index to find them. It is at: http://www.mrc.uidaho.edu/fpga/ Len Harold -- ___ ___ ________ ______ /\ \ /| \|\ _ \/\ __\ Len Harold \ \ - | \ \ \_\ /_ \ \_/ \ \ \ _|\ \ \ _ \ \ \___ Phone: 208-885-7034 \ \__\/\ \__\ \__\ \__\ \_____\ Fax: 208-885-6840 \/__/ \/__/\/__/\/__/\/_____/ Internet: lharold@mrc.uidaho.eduArticle: 4209
The XC4000 device can implement any combinatorial or sequential logic that you can think of. Somehow, you have to end up with a data line and a clock signal. How you get there depends on the available input. Is it self-clocking ( like Manchester code ), or is it like a UART, and how stable is the incoming bit rate? If you can be more specific about the nature of your input signal, it will be easy to describe the circuit implementation. Peter Alfke, Xilinx Applications ( peter@xilinx.com )Article: 4210
Sorry if this is a repost. Aggies have been messing with our mail system. Call For Papers: FPGA IEEE Design and Test of Computers Special Issue Spring 1998, Volume 15, Number 1 Web Page: http://www.cs.tamu.edu/faculty/lombardi/datsi.htm IEEE Design and Test of Computers seeks original manuscripts for a theme issue on Field Programmable Gate Arrays (FPGAs) scheduled to appear in the first issue of 1998. Articles concerning applied research and practical experience reports are solicited. The topics of interest include, but are not limited to: FPGA Fabrication and Technology. Manufacturing, process control, yield enhancement, and novel architectures for and device technology to support field programmable chips. Exploitation of Field Programmability. Configurable computer architectures, rapid prototyping, programmable interconnect architectures, field configurable memories, programmable I/O systems, and novel implementations. Reliable Online Implementations. Online testing, built-in self-test, concurrent testing, design for rapid testability, latency reduction, fault containment, verification of reprogramming, online reconfiguration approaches, and design for reconfigurability. Synthesis Approaches and Tools. Partitioning, logic minimization and technology mapping, placement and routing, test generation, verification of synthesis, and design for synthesizability. Submitted articles must not have been previously published or currently submitted for publication elsewhere. Authors should submit their original work to the guest editor by May 1, 1997, formatted according to the instructions below. Notification of acceptance will be sent September 1, 1997. Camera-ready copy for accepted papers will be due November 1, 1997. Submit articles by May 1, 1997 to: Prof. Fabrizio Lombardi, Guest Editor Department of Computer Science Phone: (409) 845--5464 Texas A & M University Fax: (409) 847--8578 College Station TX 77843-3112 E-Mail: lombardi@cs.tamu.edu Important dates: May 1, 1997: Submission deadline September 1, 1997: Authors notified of acceptance with requested revisions November 1, 1997: Final copy due to Design & Test Managing Editor Spring 1998: Publication in IEEE Design and Test of Computers Submission requirements: Send six (6) copies of the manuscript, in English, to the guest editor. Manuscripts are not to exceed 35 double-spaced pages, inclusive of figures and tables, in A4 or 8.5 by 11 inches. Type size must be at least 12 point. Each copy of the manuscript must contain a cover page with author contact information (name, postal address, telephone number, and e-mail address) and a 100-word abstract. Manuscripts must be cleared for publication. Accepted manuscripts will be edited for technical content, structure, style, clarity, and grammar. Detailed information for authors can be found at the Computer Society D&T website at http://www.computer.org/pubs/d&t/d&t.htm or in the Spring 1996 issue of Design & Test.Article: 4211
In article <51vi06$3ad@nntp-2.io.com>, mpayne@io.com (Michael Payne) writes: > I'm a hobbyist that is designing a project using an MCU (PIC17 or > something else) that will connect to the following: > > * 64K of memory - partitioned in EEPROM (maybe FLASH) and SRAM > * Graphic LCD display with builtin controller > * Serial A/D converter > * An A/D device that clocks out 24-bits of data 4-bits at a time. > This device needs two 2ms delays before bit 0 and bit 12. > * Possibly a serial eeprom for data storage > * 3-5 pushbuttons of user input > > My problems is that when I use external memory with an MCU most of my I/O > pins get used and there isn't enough left to connect the rest of my > components. I searched for a simple control port chip but could not find > one that would solve my problem. Would an FPGA or PLD solve my problem? Quite probably ( and also cause a few more :-) > Could I use one of these devices to map into the address space and access > these devices? Also, could I program an FPGA or PLD to do my data access > for me and just send an interrupt when the data was ready? > > I've seen PLD designs that are basic I/O control ports (Amtel had one on > their web page) but one of my devices needs two 2ms delays during it's > access. Can you program delays in PLDs? You can do anything, wihtin reason in a PLD/FPGA - the question is cost. When you have a micro right next door, it is best to leave this to do the slow ( 2mS ) stuff. Likewise, a PLD could do state machine scanning & store, but unless speed is imperative the micro is better at this. we have designs for Serial ( i2c bus for medium, 24 Pin PLDs, SPI bus for the smallest ones ) Addressable LATCH ( busable ) and Port Expansion ( like 82C55 ) All have their relative merits. Parallel bus designs are fast, but you are into 44 pin plds typically. Add Latch are bit accessible, good for 7i7o or 8i8o in small plds SPI are slowest, but are serially cascadable - you get 6i7o, for example i2c needs a smarter PLD, but uses the lowest CPU pin overhead, and low SW overhead, if you already have Serial EE or similar. ===== Mandeno Granville FAX +64 9 6301 720, 128 Grange Rd Auckland 3 NZ ====== * Developers and suppliers of HDL PLD applications libraries * * for Microcontroller expansion and interface. * * x51 C, Pascal & Modula-2 Compilers, Simulators, Emulators & FLASH Pgmrs * * Contact : Jim Granville . Email above. * >I've already built this project with a 68HC711E9 and a 2x16 LCD display > but the 12K of internal EPROM was a little small and the 512 bytes of > EEPROM was not enough. > > Any help or opinions would be appreciated > > Regards, > Mike > > mpayne@io.com >Article: 4212
In article <324A9921.174F@iti.mu-luebeck.de>, Andreas Doering <doering@iti.mu-luebeck.de> wrote: >Hello, >The subject states it (I hope): >I am looking for work on implementing the multiplication of >permutations (i.e. elements of the symmetric group) in >hardware (FPGA, VHDL, gates or so). >I am totally free in encoding the elements, but >of course some compact representation is required >(O(log n!)). >Thanks in advance. Extremely crude methods will get O(log n!). Just storing a permutation as a mapping takes n log(n), while log n! is less than n (base e) less than this. And if n in the image is raised to the next power of 2, the increase is less than n (base 2). So compact representations are not particularly needed to achieve the order. -- Herman Rubin, Dept. of Statistics, Purdue Univ., West Lafayette IN47907-1399 hrubin@stat.purdue.edu Phone: (317)494-6054 FAX: (317)494-0558Article: 4213
I'm looking for either vhdl source or schematic for some intel peripherals, the 8259 int ctrl, 8254 timer and 8237 dma ctrl. I'm going to put them in an actel fpga, but i can use the source and/or schematic for any technology. Does anybody have, or know where to get the source and/or schematics for free or a very low fee ? regards sorenArticle: 4214
Call for Papers 1997 International Symposium on Physical Design April 14-16, 1997 Napa Valley, California Sponsored by the ACM SIGDA in cooperation with IEEE Circuits and Systems Society The International Symposium on Physical Design provides a forum to exchange ideas and promote research on critical areas related to the physical design of VLSI systems. All aspects of physical design, from interactions with behavior- and logic-level synthesis, to back-end performance analysis and verification, are within the scope of the Symposium. Target domains include semi-custom and full-custom IC, MCM and FPGA based systems. The Symposium is an outgrowth of the ACM/SIGDA Physical Design Workshop. Following its five predecessors, the symposium will highlight key new directions and leading-edge theoretical and experimental contributions to the field. Accepted papers will be published by ACM Press in the Symposium proceedings. Topics of interest include but are not limited to: 1. Management of design data and constraints 2. Interactions with behavior-level synthesis flows 3. Interactions with logic-level (re-)synthesis flows 4. Analysis and management of power dissipation 5. Techniques for high-performance design 6. Floorplanning and building-block assembly 7. Estimation and point-tool modeling 8. Partitioning, placement and routing 9. Special structures for clock, power, or test 10. Compaction and layout verification 11. Performance analysis and physical verification 12. Physical design for manufacturability and yield 13. Mixed-signal and system-level issues. IMPORTANT DATES: Submission deadline: December 20, 1996 Acceptance notification: February 1, 1997 Camera-ready (6 page limit) due: March 1, 1997 SUBMISSION OF PAPERS: Authors should submit full-length, original, unpublished papers (maximum 20 pages double spaced) along with an abstract of at most 200 words and contact author information (name, street/mailing address, telephone/fax, e-mail). Electronic submission via uuencoded e-mail is encouraged (single postscript file, formatted for 8 1/2" x 11" paper, compressed with Unix "compress" or "gzip''). Email to: ispd97@ece.nwu.edu Alternatively, send ten (10) copies of the paper to: Prof. Majid Sarrafzadeh Technical Program Chair, ISPD-97 Dept. of ECE, Northwestern University 2145 Sheridan Road, Evanston, IL 60208 USA Tel 847-491-7378 / Fax 847-467-4144 SYMPOSIUM INFORMATION: To obtain information regarding the Symposium or to be added to the Symposium mailing list, please send e-mail to ispd97@cs.virginia.edu. Information can also be found on the ISPD-97 web page: http://www.cs.virginia.edu/~ispd97/ SYMPOSIUM ORGANIZATION: Steering Committee: J. Cohoon (Virginia), S. Dasgupta (Sematech), S. M. Kang (Illinois), B. Preas (Xerox PARC) Past Chair: G. Robins (Virginia) General Chair: A. B. Kahng (UCLA and Cadence) Program Chair: M. Sarrafzadeh (Northwestern) Keynote Address: T. C. Hu (UC San Diego) and E. S. Kuh (UC Berkeley) Special Address: R. Camposano (Synopsys) Publicity Chair: M. J. Alexander (Washington State) Local Arrangements Chair: J. Lillis (UC Berkeley) Technical Program Committee: C. K. Cheng (UC San Diego), W. W.-M. Dai (UC Santa Cruz), J. Frankle (Xilinx), D. D. Hill (Synopsys), M. A. B. Jackson (Motorola), J. A. G. Jess (Eindhoven), Y.-L. Lin (Tsing Hua), C. L. Liu (Illinois), M. Marek-Sadowska (UC Santa Barbara), M. Sarrafzadeh (Northwestern), Chair, C. Sechen (Washington), K. Takamizawa (NEC), M. Wiesel (Intel), D. F. Wong (Texas-Austin), E. Yoffa (IBM)Article: 4215
K. S. Venkatraman wrote: > > Hi: > > I am interested in writing VHDL code for the AT&T ORCA FPGA in > order to implement an FIR filter. I have the ORCA Foundry software, > but do not have Exemplar.. instead we have AutoLogic. I need to know if > I can generate the appropriate EDIF files using AutoLogic. > > Any tips? > > Thanks, > Venkat. > What is AutoLogic ? If AutoLogic is an HDL tool you should certainly be able to write an FIR filter. What type of FIR are you after? RichardArticle: 4216
I have always kept an eye open for these things, and have never seen them. The reasons are probably obvious; the same reasons you don't see the schematics of a Z80 published. A lot of people would give their right arm for these things, when doing an ASIC. I have seen a simplified schematic of one of the old Intel UARTs in an old Altera app note book. However, some ASIC vendors will have "macros" for these or similar chips. Some will be licensed, some not, and sometimes they will keep relatively quiet about this capability :) But they won't give you the stull unless you are doing an ASIC with them. >I'm looking for either vhdl source or schematic for some intel >peripherals, the 8259 int ctrl, 8254 timer and 8237 dma ctrl. I'm going >to put them in an actel fpga, but i can use the source and/or schematic >for any technology. > >Does anybody have, or know where to get the source and/or schematics for >free or a very low fee ?Article: 4217
We're using a Zilog S8000 system to develop Z8000 embedded inertial navigation software, using the Zilog C and Zilog PLZ/ASM assembly language. We are contractually obligated to support our systems for 20 years, but Zilog no longer supports the S8000 or the Z8000 microprocessors. We wish to obtain a C cross-compiler and a PLZ/ASM assembler that will run on a Sun (first choice) or PC. Help! Larry Riggs Litton Aero Products Woodland Hills, CA (818) 226-2031 mailto:laarry@aol.com -- Thomas Scherrer-Tangen. mailto:tscherrer@cybernet.dk http://www.cybernet.dk/users/tscherrer __ITE A/S - The Future is Here Today!_____________________________________________ Interactive Television Entertainment Phone +45 35 82 82 99 Fax +45 35 82 82 90 Jagtvej 157 http://www.ite.dk DK-2200 Copenhagen DenmarkArticle: 4218
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Hello, The above app requires a "Mouse Systems PC Mouse". It calls it directly, on com1 or com2, so any driver emulation does not work. Has anyone ever found a way to use a normal "Microsoft" serial or bus mouse with this program? The reason I ask is that mice which *internally* emulate the old PC-Mouse are now rare. Perhaps I should ask if anyone has one of the original 3-button Mouse Systems optical mice to sell :) I cannot afford to move to any of the Windows versions of this prog - even if they were better. Peter.Article: 4220
Peter (scanner@dial.pipex.com) wrote: : Hello, : The above app requires a "Mouse Systems PC Mouse". It calls it : directly, on com1 or com2, so any driver emulation does not work. : Has anyone ever found a way to use a normal "Microsoft" serial or bus : mouse with this program? Try a 3 button Logitech serial mouse.Article: 4221
Here is the exact location of the Xilinx FIFO app note: http://www.xilinx.com/xapp/xapp051.pdf There is also on app note called "Implementing FIFOs in XC4000E RAM: http://www.xilinx.com/xapp/xapp053.pdf which has design files available at: ftp://ftp.xilinx.com/pub/xapp/FIFO/4kefifo.zipArticle: 4222
ecla@world.std.com (alain arnaud) wrote: >Peter (scanner@dial.pipex.com) wrote: >: Hello, >: The above app requires a "Mouse Systems PC Mouse". It calls it >: directly, on com1 or com2, so any driver emulation does not work. >: Has anyone ever found a way to use a normal "Microsoft" serial or bus >: mouse with this program? > Try a 3 button Logitech serial mouse. Also the 3-button Genius mouse. Using the Genius driver, this will also emulate a M$ mouse, under DOS and Windows. -- Dave Brooks <http://www.iinet.net.au/~daveb> PGP public key: finger daveb@opera.iinet.net.au servers daveb@iinet.net.au fingerprint 20 8F 95 22 96 D6 1C 0B 3D 4D C3 D4 50 A1 C4 34 What's all this? see http://www.iinet.net.au/~daveb/crypto.htmlArticle: 4223
Hi, As a long time ViewLogic user I am considering changing to the Aldec tools (Foundation) -- mainly to get a usable simulator. Has anyone else done this, and how did the changeover go ? -- I am aware that you can convert the schematics, but this involves a bigger picture. TIA, -- Gavin Melville, gavin@cypher.co.nzArticle: 4224
gavin@cypher.co.nz (Gavin Melville) wrote: >Hi, >As a long time ViewLogic user I am considering changing to the Aldec >tools (Foundation) -- mainly to get a usable simulator. >Has anyone else done this, and how did the changeover go ? -- I am >aware that you can convert the schematics, but this involves a bigger >picture. >TIA, >-- >Gavin Melville, >gavin@cypher.co.nz I have been told by Xilinx that Foundation cannot do hierarchal XBLOX. I have also been told that the next release (end of October) updates the obsolete Pro Series to WorkView Office, Win3.1, where the simulator should work. Anyone tried Synario for big chips? (4025E)
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