Results 1 - 10 of 18,580

Table 1: A Comparison between Implementation Choices for VLSI Design.

in 6.4 Abstract Rate Optimal VLSI Design from Data Flow Graph*
by Moonwook Oh, Soonhoi Ha
"... In PAGE 3: ...ng. But in this paper, the formal proof is not provided. Now we know that, an nonoverlapped schedule has many fancy features for VLSI design but it is not always achievable by unfolding. Table1 summarizes some key points discussed in this section and in the previous section. Overlapped and nonoverlapped rate optimal schedule have their own pros and cons when they are implemented in VLSI.... ..."

Table 1: Comparison of VLSI designs for image convolution Architecture Design feature Input format Memory requirement

in Resource Requirements for Digital Computations on Electro-Optical Systems
by Mary Eshaghian, D. K. Panda, V. K. Prasanna Kumar 1991
Cited by 1

Table 3.1: Average shorter dimensions for a hypothetical VLSI design.

in The Chipmap: Visualizing Large VLSI Physical Design Datasets
by Jeff Solomon, Mark Horowitz

Table 3: RSMT improvement in percent obtained by rotating as compared to not rotating at all. Random: Randomly generated instances (averages over 100 in- stances). VLSI: VLSI design instances (averages over 100 instances).

in Rotationally Optimal Spanning and Steiner Trees in Uniform Orientation Metrics
by Marcus Brazil, Benny K. Nielsen, Pawel Winter, Martin Zachariasen

Table 3: RSMT improvement in percent obtained by rotating as compared to not rotating at all. Random: Randomly generated instances (averages over 100 in- stances). VLSI: VLSI design instances (averages over 100 instances).

in Rotationally Optimal Spanning and Steiner Trees in Uniform Orientation Metrics
by Marcus Brazil, Benny K. Nielsen, Martin Zachariasen, Pawel Winter 2003

Table A.5: Results on the VLSI and LIN-instances. Type: Grid graph with holes (not metric) from VLSI design. Instances not solved here could be solved using stronger reductions, see Table A.14.

in Algorithms for the Steiner Problem in Networks
by Tobias Polzin

Table 2: Advanced VLSI Design course outline. The silicon compiler tutorial is given the second week of class. computing environment [3, 4]. These computers are located in CAEN labs and in faculty and graduate- student o ces. Students typically work in CAEN labs, which are open 24 hours a day with ID-card access. A computerized network monitor and digital voice system advises students by phone where to nd available computers.

in The Silicon Compiler as a Tool for Teaching Microelectronic System Design
by Richard Brown Electrical, Richard B. Brown
"... In PAGE 5: ...Since students are working on their projects from the beginning of the course, the lectures are ordered to present the information most critical to projects at the outset of the term. The third topic on the course outline ( Table2 ) is microarchitectures. This discussion not only teaches the topic at hand, but also helps students gain maturity as chip designers.... In PAGE 5: ... Costs as well as bene ts of ad hoc and structured approaches are discussed. The content of the subsystem-design lectures (item 5 in Table2 ) varies considerably from year to year, based on the projects and student interests.... ..."

Table3-1. Analog VLSI vs.Digital VLSI ComputingPerformanceComparison

in National Aeronautics and Space Administration PREFACE
by Giles E Crimi, Henry Verheggen, John Malinowski, Robert Malinowski, Robert Botta 1996

Table 3. Summary of Differences Between VLSI and Mechanical Systems

in PHYSICAL LIMITS TO MODULARITY Macintosh HD:Engineering Systems Div:Physical_modularity.doc
by Daniel E. Whitney, Daniel E Whitney
"... In PAGE 10: ... I think there are fundamental reasons why VLSI systems are different from, and substantially easier to design than, mechanical systems, and I think the differences will persist. My conclusions are summarized in Table3 and the reasoning is sketched below. An essential feature of the argument is to distinguish carefully between parts or components on the one hand and products or systems on the other.... ..."

Table 1: Relative VLSI cost v

in unknown title
by unknown authors
"... In PAGE 3: ...5 times more area are therefore because of the more complex partial product generators and the over ow cells (optimised for area), which are required because of the redundant arithmetic. Table1 lists estimated cell areas (excludes routing) for both designs forvarious values of d and p. 4 Conclusions It has been shown that the use of msb rst arithmetic for LTWDFs is unlikely to be worthwhile.... ..."
Results 1 - 10 of 18,580