Download Application Specific Processors by Michael J. Schulte (auth.), Earl E. Swartzlander Jr. (eds.) PDF

By Michael J. Schulte (auth.), Earl E. Swartzlander Jr. (eds.)

Application particular Processors is written to be used by way of engineers who're constructing really good structures (application particular systems).
generally, so much excessive functionality sign processors were learned with program particular processors. the reason is that program particular processors could be adapted to precisely fit the (usually very hard) software specifications. the result's that no `processing strength' is wasted for pointless functions and greatest functionality is accomplished. an obstacle is that such processors were dear to layout due to the fact each one is a different layout that's personalized to the categorical software.
within the final decade, computer-aided layout structures were constructed to facilitate the advance of program particular built-in circuits. The luck of such ASIC CAD platforms means that it may be attainable to streamline the method of program particular processor layout.
Application particular Processors involves 8 chapters which offer a mix of suggestions and examples that relate to program particular processing. The inclusion of recommendations is anticipated to indicate extra study and to help those people who are confronted with the requirement to enforce effective software particular processors. The examples illustrate the applying of the ideas and show the potency that may be accomplished through program particular processors. The chapters have been written by means of contributors and previous individuals of the appliance particular processing team on the college of Texas at Austin. the 1st 5 chapters relate to express mathematics which frequently is the major to attaining excessive functionality in program particular processors. the subsequent chapters specialize in sign processing structures, and the ultimate bankruptcy examines the interconnection of very likely disparate parts to create systems.

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Pp. C. Baltzer, 1991. 1-39. U. W. Kulisch and W. L. Miranker, Computer Arithmetic in Theory and in Practice. Academic Press, 1981. 1-40. IEEE Standard 754 for Binary Floating Point Arithmetic. IEEE, 1985. 1-41. K. Hafner, "Chips for High Precision Arithmetic," Computer Arithmetic and Self- Validating Numerical Methods (C. ), pp. 33-54, Academic Press, 1990. 1-42. C. Baumhof, "A New VLSI Vector Arithmetic Coprocessor for the PC," Proceedings of the 12th Symposium on Computer Arithmetic, pp. 210215, IEEE Computer Society Press, 1995.

41 2. Modeling Power Consumption Based on the results from this table, the carry lookahead adder merits further investigation. Figures 2-6 and 2-7 show the gate output transitions as a function of time for the 4 slower adders and the 4 faster adders, respectively. In order to determine the accuracy of the unit power gate output transition model, it is necessary to introduce some results with which to compare the simple model introduced above. Table 2-4 presents the average instantaneous power dissipation for 16-bit adders as measured from circuits simulations using CAzM.

C-43, pp. 1121-1128, 1994. 1-46. M. S. Cohen, T. E. Hull, and V. C. Hamacher, "CADAC: A ControlledPrecision Decimal Arithmetic Unit," IEEE Transactions on Computers, vol. C-32, pp. 370-377, 1983. 1-47. T. E. Hull, M. S. Cohen, and C. B. Hull, "Specification for a VariablePrecision Arithmetic Coprocessor," Proceedings of the 1Oth Symposium on Computer Arithmetic, pp. 127-131, IEEE Computer Society Press, 1991. 1-48. M. J. Schulte and E. E. , "A Processor for Staggered Interval Arithmetic," Proceedings of the 1995 International Conference on Application Specific Array Processors, pp.

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