2
Views
0
CrossRef citations to date
0
Altmetric
Original Articles

VLSI and VHSIC in Signal Processing

Invited Paper

&
Pages 569-576 | Received 25 Jan 1982, Published online: 10 Jul 2015

REFERENCES

  • Rabiner (L) & Gold (B). Theory and Applications of Digital Signal Processing. 1975. Prentice-Hall, Inc.
  • Peled (A) & Liu (B). A New Hardware Realization of Digital Filters. IEEE Trans. ASSP-22, 1974; 456–462.
  • Hemenway (J) & Grappel (R). Understand the Newest Processor to Avoid Future Shock. AR-166 Intel Corporation, June 1981.
  • Eldon (J). A 20 MHz Single Chip Digital Correlator. Electronics Engg. 53, March 1981; 41–49.
  • Faggin (F). How VLSI Impacts Computer Architecture. IEEE Spectrum. 15, 5; 1978; 28–31.
  • Patil (S S) & Welch (T). An Approach to Using VLSI in Digital Systems. Proc. 5th Symposium on Computer Architecture, April 1978, P 139–143.
  • Trimberger (S) et al. A Structured Design Methodology and Associated Software Tools. IEEE Trans. CAS-28, 7; 1981; 618–634.
  • Lee (S C) & Edgar (A D). Focus Number System for Microcomputers, 3rd Rocky Mountains Symposium on Microcomputers, August, 1979, P 118–148.
  • Szewerenko et al. Nebula: A New Architecture and Its Relationship to Computer Hardware IEEE Computer, February 1981, P.35–41.
  • Brick (D B) & Hines (J W). The Impact of VHSIC on Airforce Signal Processing. 13th ASILOMAR Conf. on Circuits, Systems and Computers, November 1979, P 151–155.
  • Sumney (L W). a. The US DOD Program in VHSIC, 13th ASILOMAR Conf. on Circuits, Systems and Computers, November, 1980, P 146–150.
  • Williams (JK). Programmable Building Block Approach to Radar Signal Processing. Proc. Conf. on Microprocessors in Military and Industrial Systems, Jan. 1980; 147–150.
  • Peled (A). On the Hardware Implementation of Digital Signal Processors. IEEE Trans. ASSP-24, February 1976; 76–86.
  • Barbe (D K). VHSIC Systems and Technology. IEEE Computer. February 1981; 13–22.
  • Bernhard (R). The 64 Kb RAM Teaches a VLSI Lesson. IEEE Spectrum. 18. 6; 1981; 38–42.
  • Weber (S) (ed). Large and Medium Scale Integration. 1974. McGraw Hill Co.
  • Sumney (L W). b. VLSI with Vengeance, IEEE Spectrum. 17, 4: 1980; 24–27.
  • Kinney (L L) et al. An Architecture for VHSIC Computer, Proc. 8th Annual Symposium on Computer Architectures, May 1981. P 459–469.
  • Russo (PM). VLSI Impact on Microprocessor Evolution, Usage, and System Design. IEEE J. of SSC, SC-15, August; 1980.
  • Williman (A D) & Jelinek (H J). Introduction to LSI Microprocessor Developments. IEEE Computer. 9, June 1976; 3441.
  • Artwick (BA). Microcomputer Interfacing. 1980. Prentice-Hall, Inc.
  • Swartzlander (E). Signal Processing Architectures with VLSI, IEEE ICA SSP-80, Conf. record, 1980; P 368–371.
  • Sumney (L W) & Maynard Jr. (E D) The US Department of Defence Program on VHSIC. Proc. Intl. Symposium on CAS, July, 1979, P 559–563.
  • Bartee (T C). Digital Computer Fundamentals. 1977. McGraw-Hill Kogakusha Ltd.
  • Buie (J L) & Zimmerman (T A). VLSI Integrated Circuits for Digital Signal Processing. IEEE Circuits and Systems Magazine, April 1977; 2–7.
  • Armstrong (C V W) et al. An Adaptive Multimicroprocessor Array Computing Structure for Radar Signal Processing Applications, Conf Proc. of 6th Annual Symposium on Computer Architectures. April 1979, P 68–74.
  • Boyachok (J) et al. Radar Data Collection Facility. Proc. Intl. Symposium on Mini and Microcomputers (Mimi 77), November 1977, P 183–188.
  • Ramamoorthy (C V) & Li (H F). Pipeline Architecture. ACM Computing Surveys. 9, March 1977; 61–102.
  • Cooper (R G). Micromodules: Microprogrammable Building Blocks for Hardware Development. Proc. 1st Annual Symposium on Computer Architectures, 1973, P 221–226.
  • Waser (S). Survey of VLSI for Digital Signal Processing. IEEE ICASSP, 1980, P 376–379.
  • Schirm (L) IV. Multiplier Accumulator Application Notes. TP-1, TRW LSI Products, January 1980.
  • Data Sheet. TRW Multiplier—Accumulators, no. 109 A, TRW LSI products, January 1979.
  • Data Sheet. TRW Video Monolithic A/D Converter, model 1007J, TRW LSI products, 1978.
  • Information Sheet. 2920 Signal Processor Breakthrough in Analog Design. Intel Corporation, 1980.
  • Data Sheet. 2920-16-Signal Processor, AFM 01748 A, Intel Corporation, October 1980.
  • Holm (R E) & Rittenhouse (J S). Implementation of a Scanning Analyser Using the 2920 Signal Processor. Intel Corporation Application Note AP-92, 1980.
  • Mick (J R) & New (B J). Bit Slice Devices for Signal Processing. IEEE ICASSP-80, 1980, P 372–375.
  • Cornish (A F). A Microcomputer Architecture for Digital Signal Processing. Proc. Microprocessors in Military and Industrial Systems, 1980, P 116–125.
  • Goodman (F J) & Welsh (J J). Digital Signal Processing Applications of the ATM AC Microprocessor, Conf. record IEEE Mini and Microcomputers, 1979, P 73–79
  • Data Sheet. Array Processors, Document No. S-26 CSPI, 1981.
  • Literature AP-120 B Array processor, Form 7244, Floating Point Systems Inc., March 1978.
  • Rizzo (J F) The Need for Speed—The Future is Now, AP-93, Intel Corporation, June 1980.
  • Ford (G E) et al. Microprocessor Compatible Recursive Digital Filters, IEEE Region 6 Conference Proceedings, April 1979, P 4.13–4.17.
  • Karwoski (R J). An Introduction to Digital Spectrum Analysis Including a High Speed Processor Design. LSI publication, TP-10, TRW LSI products, June 1980.
  • Ali (Z M). Know the LSI Hardware Trade-off of Digital Signal Processing. Electronic Design. June 1979; 66–71.
  • Skolnik (M I). Introduction to Radar Systems, McGraw-Hill Kogakusha Ltd., 1980, Ch. 4.
  • Saari (A). Can IAF Take on the F-16? Sunday. 11th October, 1981; P 10–17.
  • Shenoy (R P). Trends in Radar System Design in the Eighties and Beyond. IE(I)Journal-EN, 62, August 1981; 12–17.
  • Duttweiler (D L). Bell's Echo Killer Chip. IEEE Spectrum, 17, 10; 1980; 34–37.
  • Telecommunication Circuit Techniques, Sesson II. Intl. SSCC Record, February 1969, pp 24–37.
  • Foster (M J) & Kung (H T). Design of special purpose VLSI chips: Example and Opinions, Tech. Report CMU-CS-79-147, Dept. of Computer Science, Carnegie-Mellon Uninversity, Sept. 1979.
  • Kung (HT). Design Algorithms for VLSI Systems, Report No. 79–151, Dept. of Computer Science, Carnegie-Mellon University, January 1979.
  • Kung (H T) & Leiserson (C E). Systolic Arrays (for VLSI) in Duff and Stewart (eds), Sparse Matrix Proceedings 1978; 256–282, Society for Industrial and Applied Mathematics, 1979.
  • Goray (P G) & Messerschmitt (D G). ICs for Telephony, Proc. IEEE. 68, 8; 1980.
  • Toong (H D) & Gupta (A). An Architectural Comparison of Contemporary 16-Bit Microprocessors. IEEE Micro. May 1981; 26–37.

Reprints and Corporate Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

To request a reprint or corporate permissions for this article, please click on the relevant link below:

Academic Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

Obtain permissions instantly via Rightslink by clicking on the button below:

If you are unable to obtain permissions via Rightslink, please complete and submit this Permissions form. For more information, please visit our Permissions help page.