ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The...

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Transcript of ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The...

Page 1: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 2: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 3: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 4: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 5: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 6: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 7: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 8: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 9: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 10: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 11: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 12: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 13: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 14: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 15: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 16: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 17: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 18: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 19: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 20: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 21: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations
Page 22: ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-15.pdf · the program more versatile. The technologies considered were 1.2, 1.6, 2.0 and 3.0 micron. In all the simulations

ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-07.pdf · plications. They synthesize memory after the design of arithmetic units and after scheduling. They assume a limited

ceng.usc.educeng.usc.edu/techreports/1993/Gupta CENG 93-07.pdf · plications. They synthesize memory after the design of arithmetic units and after scheduling. They assume a limited

Optimizing Frequency Domain Implementation of …ceng.usc.edu/techreports/2017/Prasanna CENG-2017-3.pdfOptimizing Frequency Domain Implementation of CNNs on FPGAs Hanqing Zeng, Ren

Optimizing Frequency Domain Implementation of …ceng.usc.edu/techreports/2017/Prasanna CENG-2017-3.pdfOptimizing Frequency Domain Implementation of CNNs on FPGAs Hanqing Zeng, Ren

ceng.usc.educeng.usc.edu/techreports/1990/Ravikumar CENG 90-17.pdf · to assume routability, rip up one or more nets and reroute them after the net i has been completed. Rip-up and

ceng.usc.educeng.usc.edu/techreports/1990/Ravikumar CENG 90-17.pdf · to assume routability, rip up one or more nets and reroute them after the net i has been completed. Rip-up and

ceng.usc.educeng.usc.edu/techreports/1990/Parker CENG 90-24.pdf · design was a similar design with an extra adder inserted in order to avoid long wiring ... A comparison floorplan

ceng.usc.educeng.usc.edu/techreports/1990/Parker CENG 90-24.pdf · design was a similar design with an extra adder inserted in order to avoid long wiring ... A comparison floorplan

Trojan detection via delay measurements: An approach to ...ceng.usc.edu/techreports/2012/Gupta CENG-2012-2.pdf · 1 Trojan detection via delay measurements: An approach to select

Trojan detection via delay measurements: An approach to ...ceng.usc.edu/techreports/2012/Gupta CENG-2012-2.pdf · 1 Trojan detection via delay measurements: An approach to select

ceng.usc.educeng.usc.edu/techreports/1995/Dubois CENG 95-23.pdf · 2014-06-27 · message-passing versus shared-memory are still beincy debated [l] [16]. Among shared-memory systems,

ceng.usc.educeng.usc.edu/techreports/1995/Dubois CENG 95-23.pdf · 2014-06-27 · message-passing versus shared-memory are still beincy debated [l] [16]. Among shared-memory systems,

1 Sequence-Based Localization in Wireless Sensor Networks ...ceng.usc.edu/techreports/2006/Krishnamachari CENG-2006-4.pdfstrength-based localization techniques over a range of wireless

1 Sequence-Based Localization in Wireless Sensor Networks ...ceng.usc.edu/techreports/2006/Krishnamachari CENG-2006-4.pdfstrength-based localization techniques over a range of wireless

Modeling Spatial and Temporal Dependencies of User …ceng.usc.edu/techreports/2008/Psounis CENG-2008-1.pdfproduce performance bounds [4], [5]. However, random mo-bility models are

Modeling Spatial and Temporal Dependencies of User …ceng.usc.edu/techreports/2008/Psounis CENG-2008-1.pdfproduce performance bounds [4], [5]. However, random mo-bility models are

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1989/Raghavendra CENG 89-36.pdf · Rajendra Boppana and C. S. Raghavendra Technical Report No.

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1989/Raghavendra CENG 89-36.pdf · Rajendra Boppana and C. S. Raghavendra Technical Report No.

ceng.usc.educeng.usc.edu/techreports/1997/Dubois CENG 97-23.pdf · 2014-01-08 · To illustrate the use of EZDB we show data collected for the simplest TPC benchmark, i.e. TPC-B,

ceng.usc.educeng.usc.edu/techreports/1997/Dubois CENG 97-23.pdf · 2014-01-08 · To illustrate the use of EZDB we show data collected for the simplest TPC benchmark, i.e. TPC-B,

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu › techreports › 1999 › Dubois CENG 99-09.pdfto re-generate snooping results when wait states are observed.

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu › techreports › 1999 › Dubois CENG 99-09.pdfto re-generate snooping results when wait states are observed.

Enhancement of the IEEE 802.15.4 MAC Protocol for Scalable ...ceng.usc.edu/techreports/2006/Krishnamachri CENG-2006-14.pdfapplications where the IEEE 802.15.4 devices interface with

Enhancement of the IEEE 802.15.4 MAC Protocol for Scalable ...ceng.usc.edu/techreports/2006/Krishnamachri CENG-2006-14.pdfapplications where the IEEE 802.15.4 devices interface with

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1994/Yoon Gaudiot CENG 94-22.pdf · 3. develop optimization techniques for high-performance

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1994/Yoon Gaudiot CENG 94-22.pdf · 3. develop optimization techniques for high-performance

ceng.usc.educeng.usc.edu/techreports/1990/Gupta CENG 90-19.pdf · identify n registers in a circuit, ... sequential ATP G ... (DSP) chips, and bit-slice architectures can be naturally

ceng.usc.educeng.usc.edu/techreports/1990/Gupta CENG 90-19.pdf · identify n registers in a circuit, ... sequential ATP G ... (DSP) chips, and bit-slice architectures can be naturally

ceng.usc.educeng.usc.edu/techreports/1995/Pinkston CENG 95-26.pdf · 2014-01-24 · 10, 11]. Hence, SPEED maximizes scalability by minimizing the use of centralized/global data structures,

ceng.usc.educeng.usc.edu/techreports/1995/Pinkston CENG 95-26.pdf · 2014-01-24 · 10, 11]. Hence, SPEED maximizes scalability by minimizing the use of centralized/global data structures,

LAMA: Location-Aware Medium Access for Wireless Sensor ...ceng.usc.edu/techreports/2006/Krishnamachri CENG-2006-11.pdf · LAMA: Location-Aware Medium Access for Wireless Sensor Networks

LAMA: Location-Aware Medium Access for Wireless Sensor ...ceng.usc.edu/techreports/2006/Krishnamachri CENG-2006-11.pdf · LAMA: Location-Aware Medium Access for Wireless Sensor Networks

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1994/Pedram CENG 94-07.pdf111 this era of portable electronics applications, power consumption

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1994/Pedram CENG 94-07.pdf111 this era of portable electronics applications, power consumption

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1992/Silvester CENG 92-21.pdfNeuts' versatile Markov process [17], is a doubly stochastic Poisson

Computer Engineering - USC Viterbi | Ming Hsieh Department ...ceng.usc.edu/techreports/1992/Silvester CENG 92-21.pdfNeuts' versatile Markov process [17], is a doubly stochastic Poisson

University of Southern Californiaceng.usc.edu/techreports/2003/Krishnamachari CENG 2003-05.pdfand reducing the communication load. Typical communication patterns in data aggregation

University of Southern Californiaceng.usc.edu/techreports/2003/Krishnamachari CENG 2003-05.pdfand reducing the communication load. Typical communication patterns in data aggregation

ceng.usc.educeng.usc.edu/techreports/1994/Gupta CENG 94-08.pdfOn the other hand, truth tables of ALU 74181 (from the . TTL handbook and called c181 in the following) and c432 and c880

ceng.usc.educeng.usc.edu/techreports/1994/Gupta CENG 94-08.pdfOn the other hand, truth tables of ALU 74181 (from the . TTL handbook and called c181 in the following) and c432 and c880