Abstract :
This paper dealt with the following topics: ITER CODAC; XFEL; machine protection system; synchronous Ethernet-based system; DAQ; microTCA; ATCA; control system; data acquisition system; fusion experiment; large-scale experiment; intelligent platform management controller; J-PARC; T2K experiment; fine grained detector; front-end electronics; time projection chambers; photodetectors; read-out electronics; waveform sampling; microchannel plate devices; picosecond timing; DTL; beam phase measurement system; energy measurement system; proton accelerator; ATLAS- RPCs ROD; embedded microprocessor; GLink chip-set; FPGA; embedded serial transceivers; ATLAS; triggering system; parallel computer; receiver assistant congestion control; jitter; EAST plasma discharges; online information; LHCb experiment; EPICS channel access; Internet communication engine; NEXT prototype; BESIII; TOF experiment; monitoring system; Wendelstein 7-X experiment; DC-DC converters; clock data recovery; Webscope; fusion data analysis and visualization; high-speed data injection; MAPS; serial link transmitter; microBooNe experiment; time-of-flight PET-MR; detector module; Ethernet LAN; gamma decays; CMS barrel electromagnetic calorimeter; online system; superKamiokande experiment; experiment at CERN; DWDM link; ALICE system; PET scanner; statistics-based online baseline restorer; digital filters; noise reduction; precision calibration; intellectual signal classifier system; wave union TDC; on-chip processing; real-time sampling system; JET tokamak; electronic noise; odor discrimination; time-mark technology; logic system; EUDET pixel telescope system; gas detectors; dynamic partial configuration; PITZ; MTF; interlock system; nuclear fusion devices; CompactPCI HA platform; railway radar system; clock synchronization; radiotherapy treatment planning; Monte Carlo methods; processing system; storage system; Ethernet prototyping; 2D X-ray detectors; hardware-software codesign; space charge simulation; unifi- d interconnect network; GlueX experiment; signal procesing; CMS ECAL detector; and other related topics.
Keywords :
DC-DC power convertors; Monte Carlo methods; Tokamak devices; X-ray detection; X-ray lasers; calibration; calorimeters; clock and data recovery circuits; control systems; data acquisition; digital filters; discharges (electric); embedded systems; energy measurement; field programmable gate arrays; free electron lasers; gas sensors; hardware-software codesign; jitter; local area networks; microchannel plates; micromechanical devices; microprocessor chips; nuclear fusion; online operation; photodetectors; positron emission tomography; proton accelerators; radar; radiation therapy; railway communication; readout electronics; signal processing; telecommunication congestion control; telecommunication links; time projection chambers; transceivers; waveform analysis; wavelength division multiplexing; 2D X-ray detectors; ALICE system; ATCA; ATLAS RPCs ROD; BESIII; CERN; CMS ECAL detector; CMS barrel electromagnetic calorimeter; CompactPCI HA platform; DAQ; DC-DC converters; DTL; DWDM link; EAST; EPICS channel access; EUDET pixel telescope system; Ethernet LAN; Ethernet prototyping; Ethernet-based system; FPGA; GLink chip-set; GlueX experiment; ITER CODAC; Internet communication engine; J-PARC; JET tokamak; LHCb experiment; MAPS; MTF; Monte Carlo methods; NEXT prototype; PET scanner; PITZ; T2K experiment; TOF experiment; Webscope; Wendelstein 7-X experiment; XFEL; beam phase measurement system; clock data recovery; clock synchronization; control system; data acquisition system; detector module; digital filters; dynamic partial configuration; electronic noise; embedded microprocessor; embedded serial transceivers; energy measurement system; fine grained detector; front-end electronics; fusion data analysis; fusion data visualization; fusion experiment; gamma decays; gas detectors; hardware-software codesign; high-speed data injection; intellectual signal classifier system; intelligent platform management controller; interlock system; jitter; large-scale experiment; logic system; machine protection system; microBooNe experiment; microTCA; microchannel plate devices; monitoring system; noise reduction; nuclear fusion devices; odor discrimination; on-chip processing; online information; online system; parallel computer; photodetectors; picosecond timing; plasma discharges; precision calibration; processing system; proton accelerator; radiotherapy treatment planning; railway radar system; read-out electronics; real-time sampling system; receiver assistant congestion control; serial link transmitter; signal procesing; space charge simulation; statistics-based online baseline restorer; storage system; superKamiokande experiment; synchronous system; time projection chambers; time-mark technology; time-of-flight PET-MR; triggering system; unified interconnect network; wave union TDC; waveform sampling;
Conference_Titel :
Real Time Conference, 2009. RT '09. 16th IEEE-NPSS
Conference_Location :
Beijing
Print_ISBN :
978-1-4244-4454-0
DOI :
10.1109/RTC.2009.5321445
