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Abstract: 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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AN2436 Convolutional Encoder Convolutional MPC7457 MPC7455
Abstract: 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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block ifft dijkstra MPC7410 MPC7451 MPC7450
Abstract: ® 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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fan speed control 8051 by PWM DC MOTOR SPEED CONTROL USING triac Washing machines 8051 program ac motor control with triac pid 8051 used in motors triac phase control motor, pid VB409
Abstract: 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
Abstract: * 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
Abstract: 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 Intel Pentium 200 MMX stealth 3d 2000 Intel 82430 233MH
Abstract: .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
Abstract: 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
Abstract: 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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architecture of pentium microprocessor ARCHITECTURE OF pentium 2 introduction to pentium features ibm thinkpad 770 pentium II 245117 366/333/300PE/266PE 266PE/300PE/333/366 9385DVD
Abstract: . 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
Abstract: : 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
Abstract: 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
Abstract: . 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 Rage 3D ati 3d rage pro pci 450-MH 440BX-100 82443BX/100 82443MX/100
Abstract: .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 mmx Intel pentium MMX mobile Pentium 166 MMX pentium mmx feature SDRAM/60 AMI30 65554/PCI
Abstract: 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
Abstract: : 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
Abstract: 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 trident9385dvd
Abstract: 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
Abstract: 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
Abstract: . 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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