The biasing effect of random bit errors on binary telemetry data.
Bias due to random bit errors that occur in PCM DATA during phases of operation of telemetry data processing system
BINARY DATA↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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A data handling system with efficient synchronization for an 8 bit, biorthogonal telemeter
Data handling system for 8 bit biorthogonal telemeter coded pulse code modulation with efficient synchronization
Barnes, W. P.↗
Performance of self bit synchronizers for the detection of anticorrelated binary signals
Self bit synchronizers for detection of anticorrelated binary systems of digital communication systems
Luecke, E. J.↗
Future spaceborne memories with 10 sup 3- 10 sup 7 bit capacities
Weight, volume, and power estimates of future spaceborne memories with small bit capacities
Kim, B. W.↗
Synchronization and bit timing.
Self synchronization and bit timing in detection of digital signals
Wintz, P. A.↗
Estimation of bit probability of error using sync word error rate data
Bit probability of error using sync word error rate data
Rohde, C. A.↗
Bit error analysis for a PCM equipment using integrate and dump mode of data regeneration
Bit error analysis for PCM data link using integrate and dump mode of data regeneration
Thomson, W. E.↗
Performance characteristics and specification of PCM bit synchronizer/signal conditioners.
PCM bit synchronizer/signal conditioners performance characteristics and specification
Peavey, B.↗
Nonlinear analysis of an absolute value type of early-late-gate bit synchronizer.
Absolute value type of early-late gate bit synchronizer phase noise performance determined by Fokker-Planck method, comparing results with different circuits performance
Simon, M. K.↗
Apollo communications system. Task E-59B - MSFTP-2 bit synchronizer performance analysis
Mathematical model for predicting performance degradation of MSFTP-2 bit synchronizer used in MSFN
Belles, H. W.↗
Sample collecting impact bit Patent
Impact bit for cutting, collecting, and storing samples such as lunar rock cuttings
Peckham, V. A., Jr.↗
Exact determination of probability of bit error for perfect single error correcting codes
Bit error probability after decoding for binary perfect single error correcting codes
Apple, G. G.↗
The effect of band-limiting of a PCM/NRZ signal on the bit-error probability using a sample detector
PCM/NRZ signal band-limiting effect on bit error probability, using sample detector
Shehadeh, N. M.↗
Improved diamond coring bits developed for dry and chip-flush drilling
Two rotary diamond bit designs, one operating with a chip-flushing fluid, the second including auger section to remove drilled chips, enhance usefulness of tool for exploratory and industrial core-drilling of hard, abrasive mineral deposits and structural masonry.
Decker, W. E.↗
A one-bit VLBI recording and playback system using videotape recorders
Very long baseline interferometry /VLB1/ one-bit instrumentation using videotape recorders in geodetic and geophysical measurements
Michelini, R. D.↗
Nonlinear analysis of an absolute value type of an early-late gate bit synchronizer
Absolute value type early-late gate bit synchronizer steady state phase noise performance evaluation by Fokker-Planck method
Simon, M. K.↗
Design study of a low bit rate transmitter and simulator
The results achieved toward developing a baseline communications channel model for studying low bit rate telemetry transmissions from Venus Planetary Explorer spacecraft are presented. The overall communications systems model, discrete channel model, input signal generation, and signal acquisition model are discussed. Discrete Fourier transform considerations, sampling routines, and flow charts are included.
Zusman, F. S.↗
An estimation algorithm with learning feature for an adaptive bit synchronizer.
Description of an on-line optimal (in the sense of linear minimum mean square error) sequential bit synchronizer assuming minimal a priori knowledge of the incoming data. The adaptive synchronization algorithms, implemented on a small computer, are capable of accurately estimating pulse transition time, pulse amplitude, and pulse width by invoking the powerful Gauss-Markov theorem. Numerous simulations indicate that the performance of the synchronizer is satisfactory from the point of view of the amount of data required and the speed of convergence.
Chow, L. R.↗