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Convolutional Encoder

Abstract: AN2436 power measurements using the Dhrystone benchmarks. Dhrystone easily fits on a tester and is , performance, occurred on the Convolutional Encoder benchmarks. The geometric mean of the gains are shown in a , increase of 3.86X for the Networking benchmarks and 6.88X for the Telecommunication benchmarks. 14 , the Networking benchmarks and 6.3X for the Telecommunications benchmarks. Route Lookup Packet Flow , benchmarks in the Networking and Telecommunication suites of The EEMBC benchmarks. The largest gain is on
Motorola
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Convolutional

Abstract: block ifft benchmarks. Dhrystone easily fits on a tester and is representative of the EEMBC benchmarks, which depict , Encoder benchmarks. The geometric mean of the gains are shown in a suite because EEMBC reports results in , benchmarks and 6.88X for the Telecommunication benchmarks. Specifying Power Consumption, Rev. 2 14 , benchmarks and 6.3X for the Telecommunications benchmarks. Route Lookup Packet Flow X Factor 3.70X , Networking and Telecommunication suites of The EEMBC benchmarks. The largest gain is on the Convolutional
Freescale Semiconductor
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fan speed control 8051 by PWM

Abstract: DC MOTOR SPEED CONTROL USING triac ® ST52 Benchmarks and Target Applications STMicroelectronics ST52 Fuzzy Microcontrollers , DRIVER ST52x301 STFive Benchmarks TRIAC driver for phase angle, burst and PWM control serial , Multiplication and Division Very user friendly development system (Fuzzystudio 4) STFive Benchmarks , ST52 Code: LDRC Temp, 16 MULT Temp, RegHi ADD RegLo, Temp+1 STFive Benchmarks ® ST52 - , Benchmarks Count REG_Loop ® ST52 - Bench. Data on standard operations Bit Test & Branch ST52
STMicroelectronics
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RFC793

Abstract: "OSPF" these benchmarks. IBM is one of the first companies to publish results of the Networking version 2.0 , applications. To address these issues EEMBC created the version 2.0 benchmarks. The first version 2.0 suite , was not reported in the version 1 Packet Flow benchmarks. The 750GX achieves 40574, 18339, 9102 and 4513 iterations per second in the IP Packet Check 0.5M, 1M, 2M and 4M benchmarks. Its 1 Mbyte L2 , Application Note Understanding EEMBC Networking V2.0 Benchmarks Abstract IBM 750GX Processor
IBM
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RFC793 40574 benchmark

processor

Abstract: celeron 600 * 3D/Floating-Point , .7 Internet Technology , Intel 440BX chipset and running a variety of benchmarks. The performance is normalized to the mobile , Processor Performance Brief Representative integer benchmarks include: Processor Level Benchmarks- SPECint*95; System Level Benchmarks-SYSmark*2000, Winstone*99, and the processor component of WinBench*99
Intel
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82440BX SD-C2202 processor celeron 600 celeron multimedia audio controller 25XX psb 100 Intel Mobile Celeron Processor 100-MH 700/650/600/550/500/450/400A 256ZX

AHA2940UW

Abstract: Fireball VECTORS OF MICROPROCESSOR PERFORMANCE. 11 Integer Multimedia Floating-Point 11 11 11 MICROPROCESSOR PERFORMANCE SUMMARY.12 Integer Processor Level
Intel
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AHA2940UW Fireball ST34501W basic architecture of Pentium Processors Intel Pentium 200 MMX stealth 3d 2000 233MH

3dfx

Abstract: 1750-3D .10 Multimedia , .12 PROCESSOR LEVEL SYSTEM LEVEL , on a consistent set of benchmarks. THE INTEL PENTIUM® PROCESSOR WITH MMXTM TECHNOLOGY The Intel , and benchmarks. It combines 5 benchmarks: CPUmark32*, Norton SI-32*, SPECint_base95*, SPECfp_base95
Intel
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3dfx 1750-3D 82430VX AHA-2940UW 243286 ISO11172-2

MOTHERBOARD INTEL 815

Abstract: pd440fx 3 VECTORS OF MICROPROCESSOR PERFORMANCE. 12 Integer Multimedia Floating-Point 12 12 12 MICROPROCESSOR PERFORMANCE SUMMARY.13 Integer Processor Level
Intel
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MOTHERBOARD INTEL 815 pd440fx Intel Pentium D 925 SPEC95 512KB 256KB

Intel Pentium 4 Processor instruction set

Abstract: architecture of pentium microprocessor benchmarks include: Processor Level Benchmarks- SPECint*95; System Level BenchmarksSYSmark*98, Winstone*99 , . 2 3.1.1 Integer , benchmarks, visit Intel's World Wide Web site at www.intel.com or call 1-800-628-8686. Contact your local , . 4 3.1.3 Floating-point Benchmarks , Integer Benchmarks simulate the activities of end users working in typical productivity applications such
Intel
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Intel Pentium 4 Processor instruction set architecture of pentium microprocessor ARCHITECTURE OF pentium 2 introduction to pentium features ibm thinkpad 770 pentium II 366/333/300PE/266PE 266PE/300PE/333/366 9385DVD

3dfx

Abstract: intel pentium II processor . 12 Floating-Point , . 13 PROCESSOR LEVEL , . 22 Floating-Point , is intended to show Intel Pentium II processor performance on a consistent set of benchmarks. 7 , 32-bit applications and benchmarks. It combines 5 benchmarks: CPUmark32*, Norton SI*32
Intel
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intel pentium II processor ST32550W seagate ST32550W 243336 intel pentium 3 DR-433

CT65554

Abstract: benchmark : Processor Level Benchmarks- SPECint*95; System Level BenchmarksSYSmark*98, Winstone*99, and the processor , . 2 3.1.1 Integer Benchmarks . 2 3.1.2 Multimedia 4 3.1.3 Floating-point Benchmarks , can be best assessed using three different vectors of performance: · Integer Benchmarks simulate
Intel
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430TX 128XD CT65554 magicgraph intel 82440BX MagicGraph 128XD

MBXM

Abstract: SPRU625 performance. 1 2 3 Contents DSP/BIOS Timing , .3 1.2 HWI-Hardware Interrupt , .8 1.6 MBX-Mailbox 1.7 LCK-Resource Lock 1.8 CLK-System Clock
Texas Instruments
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MBXM SPRU625 TMS320 TMS320C5000 TMS320C6000 SPRAA16D

440BX

Abstract: 440MX-100 . 3 2.1 2.2 2.3 2.4 2.5 Productivity , system performance and benchmarks, visit Intel's World Wide Website at www.intel.com or call , /Multimedia Benchmarks . 3 Floating-Point Benchmarks . 3 , Internet Technology Benchmarks . 4
Intel
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440MX 440MX-100 ati rage 3d ii ATI Rage ati 3d rage pro pci ATI Rage 3D 450-MH 440BX-100 82443BX/100 82443MX/100

pentium 200 mmx

Abstract: basic architecture of Pentium Processors .7 Windows* 95 Processor , using three different vectors: Integer s Benchmarks, Multimedia Benchmarks, and Floating-Point Benchmarks. Integer Benchmarks simulate the activities of end users working in typical productivity , : Processor Level Benchmarks- SPECint* 95, CPUmark*32, Norton*SI32. System Level Benchmarks- SYSmark*32 for , commonly used Windows benchmarks. These benchmarks represent the high performance achieved by the Intel
Intel
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82430TX pentium 200 mmx Pentium 166 MMX Intel pentium MMX mobile pentium mmx pentium mmx feature Pentium MMX 166 Processor SDRAM/60 AMI30 65554/PCI

TMSC6000

Abstract: instruction set of TMS320C5416 2 for a description of the environment used to obtain these benchmarks. Table 3. Benchmark Results , environments used to obtain these benchmarks. Table 4. Benchmark Results for C5000 C54x (Near) C54x (Far , Application Report SPRA900B - April 2004 DSP/BIOS Timing Benchmarks for Code Composer Studio , Systems ABSTRACT This document provides timing benchmarks for DSP/BIOS functions in the Code Composer , particular API call may result in several different situations, benchmarks are provided for each situation
Texas Instruments
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TMSC6000 instruction set of TMS320C5416 TMS320C5416 memory map of tms320c5416 SPRA900 INSTRUCTION SET FOR TMS320F2812 TMS320C28

intel 82440BX

Abstract: 1. Mobile Computing architecture : Processor Level Benchmarks- SPECint*95; System Level BenchmarksSYSmark*98, Winstone*99, and the processor , , and other information about microprocessor and system performance and benchmarks, visit Intel's World , . 2 ® 3.1.1 Productivity Benchmarks . 2 3.1.2 Multimedia Benchmarks . 5 3.1.3 3D/Floating-Point Benchmarks
Intel
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1. Mobile Computing architecture Cache Intel Pentium 4 Processors datasheet processor pentium pentium instruction set PENTIUM PROCESSOR MOBILE MODULE trident9385 300PE 266PE 400/366/333/300PE/266PE

1. Mobile Computing architecture

Abstract: ARCHITECTURE OF pentium 2 integer benchmarks include: Processor Level Benchmarks- SPECint*95; System Level BenchmarksSYSmark*98 , . 4 3.1.3 3D/Floating-point 5 3.1.4 Internet Technology , benchmarks, visit Intel's World Wide Web site at www.intel.com or call 1-800-628-8686. Contact your local , . 2 3.1.1 Productivity Benchmarks
Intel
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intel microsoft intel 440bx ARCHITECTURE OF pentium 3 8080 processor 32-bit intel microprocessor architecture trident9385dvd

free sem 2105

Abstract: C5402 benchmarks. Interrupt prolog. This is a measurement of the execution time of an HWI_enter macro call , Application Report SPRA778 - September 2001 DSP/BIOS Timing Benchmarks on the TMS320C6000 , document describes each of the DSP/BIOS performance benchmarks and the accompanying results, followed by a , their system performance, the methodology used has been detailed for obtaining each of the benchmarks , performance for their application. Contents 1 DSP/BIOS Timing Benchmarks . . . . . . . . . . . . . . . .
Texas Instruments
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free sem 2105 C5402 C6000 C6201 TMS320C5410 TMS320C6201 TMS320C6000/ TMS320C54

Application of dsp in military science

Abstract: TILE64 reconfigurable devices, FPGAs consistently show the best results using the CHREC benchmarks. A variety of , White Paper Assessing FPGA DSP Benchmarks at 40 nm Introduction Benchmarking the performance of , device benchmarks for system decisions is essential for scientific and military applications. While , fracturability parallelism Processor clock speed Benchmarks number of FLOPS Benchmarks number of , benchmarks for high-performance computing devices, focusing primarily on a study developed by the National
Altera
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Application of dsp in military science TILE64 radar sensor specification Raytheon Company

Neomagic 128XD

Abstract: 82440BX . 2 3.1.1 Productivity Benchmarks . 2 3.1.2 Multimedia 5 3.1.3 3D/Floating-point 5 3.1.4 Internet Technology , multimedia technologies. Representative integer benchmarks include: Processor Level Benchmarks- SPECint
Intel
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Neomagic 128XD NeoMagic MagicGraph
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