| Document Date: 2005-05-10 01:12:10
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City Longyearbyen / Sodankyl¨a / Sodankyl¨ a / Darmstadt / Tromsø / Kiruna / / Company Invers Ltd. / EISCAT Svalbard / XILINX / / Continent Europe / / Country Germany / Sweden / Norway / Svalbard and Jan Mayen / Finland / / / EntertainmentAwardEvent Jussi / / Event FDA Phase / / Facility Apple’s DSP library / Geophysical Observatory / / IndustryTerm correlation products / inner product / real-time applications / overall processing speed / direct-digital-synthesizer chip / software modules / ntp protocol / signal processing / sample correlation products / programmable logic chip / maximum-likelihood solution / dual-processor / amplitude domain data processing / signal processing board / data processing / host site / signal total energy / term fast match function algorithm / computing / real-time speed / vector processor / required processing speed / / OperatingSystem UNIX / Mac OS X / Macintosh / / Organization Scientific Association / T¨ ahtel¨ / / Person Klystron Klystron / / Position radar controller / programmable radar controller / controller / / Product F14 / F15 / kHz / F13 / G5 / / ProgrammingLanguage C / D / / ProvinceOrState South Dakota / / Technology FPGA / LAN / AltiVec vector processor / match function algorithm / UNIX / tomography / GPS / key algorithms / ESA / ntp protocol / GPS system / programmable logic chip / Gigabit / direct-digital-synthesizer chip / DSP / gigabit Ethernet / /
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Real-time space debris monitoring with EISCAT J. Markkanen a , M. Lehtinen b , and M. Landgraf c a EISCAT b Sodankyl¨ a