Digital Systems and ApplicationsVojin G. Oklobdzija CRC Press, 2017. gada 19. dec. - 992 lappuses New design architectures in computer systems have surpassed industry expectations. Limits, which were once thought of as fundamental, have now been broken. Digital Systems and Applications details these innovations in systems design as well as cutting-edge applications that are emerging to take advantage of the fields increasingly sophisticated capabilities. This book features new chapters on parallelizing iterative heuristics, stream and wireless processors, and lightweight embedded systems. This fundamental text
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6.10. rezultāts no 76.
1-16. lappuse
... former provides better I-cache utilization. To improve performance, Stop bit (1 bit) Predicate (4 bits) Opcode (9 bits) Rdest (6) Rsrc1 (6) we use a predecode buffer that can hold up to 1-16 Digital Systems and Applications.
... former provides better I-cache utilization. To improve performance, Stop bit (1 bit) Predicate (4 bits) Opcode (9 bits) Rdest (6) Rsrc1 (6) we use a predecode buffer that can hold up to 1-16 Digital Systems and Applications.
1-17. lappuse
... cache to uncompress up to two MultiOps every cycle and save them in the predecode buffer. Small loops of up to eight MultiOps (maximum 48 operations) will experience repeated hits in the predecode buffer. It may also help to lower the ...
... cache to uncompress up to two MultiOps every cycle and save them in the predecode buffer. Small loops of up to eight MultiOps (maximum 48 operations) will experience repeated hits in the predecode buffer. It may also help to lower the ...
1-22. lappuse
... cache of translated code. The translations are instrumented to collect execution frequencies and branch history and this information is fed back to the code morphing software to guide its optimizations. To correctly model the precise ...
... cache of translated code. The translations are instrumented to collect execution frequencies and branch history and this information is fed back to the code morphing software to guide its optimizations. To correctly model the precise ...
1-26. lappuse
... Inter-PE communication network PE PE PE PE PE PE PE PE MEM MEM MEM MEM MEM MEM MEM MEM Array controller and scalar processor VAU Vector registers VMU VFU Mask registers Instruction cache Scalar 1-26 Digital Systems and Applications.
... Inter-PE communication network PE PE PE PE PE PE PE PE MEM MEM MEM MEM MEM MEM MEM MEM Array controller and scalar processor VAU Vector registers VMU VFU Mask registers Instruction cache Scalar 1-26 Digital Systems and Applications.
1-28. lappuse
... [2] V3[3] single, short instruction, compared with superscalar or very long instruction. VAU Vector registers VMU VFU Mask registers Instruction cache Scalar unit Scalar data cache VAU Memory system 1-28 Digital Systems and Applications.
... [2] V3[3] single, short instruction, compared with superscalar or very long instruction. VAU Vector registers VMU VFU Mask registers Instruction cache Scalar unit Scalar data cache VAU Memory system 1-28 Digital Systems and Applications.
Saturs
1-1 | |
Chapter 2 System Design | 2-1 |
Chapter 3 Architectures for Low Power | 3-1 |
Chapter 4 Performance Evaluation | 4-1 |
Embedded Applications | 4-47 |
Chapter 5 Embedded SystemsonChips | 5-1 |
Chapter 6 Embedded Processor Applications | 6-1 |
Chapter 7 An Overview of SoC Buses | 7-1 |
Chapter 15 Circuits for HighPerformance IO | 15-1 |
Chapter 16 Algorithms and Data Structures in External Memory | 16-1 |
Chapter 17 Parallel IO Systems | 17-1 |
Chapter 18 A Read Channel for Magnetic Recording | 18-1 |
Operating System | 18-113 |
Chapter 19 Distributed Operating Systems | 19-1 |
New Directions in Computing | 19-15 |
A Strategically Programmable System | 20-1 |
Signal Processing | 7-17 |
Chapter 8 Digital Siganl Processing | 8-1 |
Chapter 9 DSP Applications | 9-1 |
Chapter 10 Digital Filter Design | 10-1 |
Chapter 11 Audio Siganl Processing | 11-1 |
Chapter 12 Digital Video Processing | 12-1 |
Chapter 13 LowPower Digital Signal Processing | 13-1 |
Communications and Networks | 13-19 |
Chapter 14 Communications and Computer Networks | 14-1 |
InputOutput | 14-19 |
Chapter 21 Reconfigurable Processors | 21-1 |
Chapter 22 Roles of Software Technology in Intelligent Transportation Systems | 22-1 |
Chapter 23 Media Signal Processing | 23-1 |
Chapter 24 Internet Architectures | 24-1 |
Chapter 25 Microelectronics for Home Entertainment | 25-1 |
Chapter 26 Mobile and Wireless Computing | 26-1 |
Chapter 27 Data Security | 27-1 |
Index | I-1 |
Back cover | I-21 |
Bieži izmantoti vārdi un frāzes
addition algorithm allows applications approach architecture audio bits block branch buffer cache called channel clock communication complexity components core cycle decoder defined delay dependencies described detector devices disk drive effect efficient elements equalizer error example execution fetch field Figure filter frequency function given hardware implementation important increased input instruction interface issue logic loop mapping means measured memory method multiple noise operation optimization output packed parallel performance phase position possible prediction problem processing processor recording reduce referred rename response result sample sequence shift shown in Fig shows signal simple simulator single solution space specific structure subwords techniques threads typical unit
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