| Document Date: 2010-06-16 09:57:47
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Company Lincoln Laboratory / LINCOLN LABORATORY JOURNAL / COTS / Embedded Systems / RAPID PROTOTYPING TECHNOLOGY LINCOLN LABORATORY JOURNAL / Xilinx DDR2 / Xilinx / / Currency USD / / Event Person Communication and Meetings / / Facility RAPID Wiki Design Reference Library / Port Array / DDR2 bridge / Laboratory RAPID Wiki Portal / / IndustryTerm rapid capability applications / airborne systems / software development costs / signal processing task / command-response protocol / objective hardware / radar systems / signal processing software / signal processing portion / software performance / programmable technologies / real-time radar processor / high-speed processing logic / transmission control protocol / vehicle-mounted laser vibrometer signal-processing system / signal-processing applications / real time / quadrature processing / baseline processor / payapplication software / appropriate software/firmware / Application-specific technologies / software requirements / software interfaces / signal processing / front-end processor / controller infrastructure / appropriate computational hardware / expertise in new technologies / container infrastructure / programmable processors / peripheral core devices / defense systems / digital signal processors / latRegistries est products / target processor / software capabilities / radar processor / processor systems / improvised explosive devices / signal processing subsystem / software library / programmable processor / heterogeneous processing test bed / manufactured device / software calls / applicationspecific technologies / heterogeneous signal processor / control infrastructure / sensor applications / hightech electronics consumer market / signal-processing tasks / communication protocols / software designs / signal processor / real-time requirements / adaptive-beamforming processor / adaptive beamformer radar processor / external software / real-time processor / transportlayer protocol / / OperatingSystem Cygwin / VxWorks / Windows XP / / Organization ASIC / Composable Board / / Person MICHAEL VAI / HUY NGUYEN / / Position custom Gig-E RDMA library Controller / Wishbone bridge Wishbone bus DMA controller UDP controller Control logic Peripheral Gig-E Computer / UDP controller / a DMA controller / designer / DMA controller / DDR2 controller / memory controller / nal designer / controller / UDP controller / / ProgrammingLanguage C++ / / Technology FPGA / RAM / ADC / Adaptive Beamformer Radar Processor / applicationspecific technologies / four-channel adaptive beamformer radar processor / transportlayer protocol / analog-to-digital conversion / VxWorks / real-time processor / FPGA front-end processor / front-end processor / radar processor / SRAM / UDP / command-response protocol / computer-aided-design / same chip / real-time radar processor / FPGA technologies / 12 months Real-time radar processor / Ethernet / Beamformer processor / target processor / FPGA processor / laser / 4 channels front-end processor system The processor / complicated protocol / ASIC / automatic FPGA processor / Programmable processor / Data rate Technology / adaptive-beamforming processor / radio frequency / heterogeneous signal processor / cell phones / Board design / SDRAM / transmission control protocol / gigabit / communication protocols / DSP / prototyping technology / digital signal processors / Application-specific technologies / baseline processor / CAD / gigabit Ethernet / /
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RAPID Prototyping Technology Huy Nguyen and Michael Vai Rapid Advanced Processor In Development (RAPID) is a prototyping technology that