Time division access feasibility study modulation and synchronization considerations
Time division access system for satellite communications, and figure of merit for effects of bit and frequency synchronization
Dooley, G. F.↗
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Physics of cellular synthesis, growth and division Semiannual report, 1 Jan. - 30 Jun. 1968
Biophysics research projects on cellular synthesis, growth, and division
Pollard, E. C.↗
Division delay induced in Escherichia coli by near-ultraviolet radiation.
Cell division delay without lethality in Escherichia coli induced by near UV radiation, noting growth delay and photoprotection
Jagger, J.↗
Addressable time division multiplexer system /cable and connector study/ Final report
Reliability studies of single interrogation and single data cables used in prototype addressable time division multiplexer system
Goodwin, J. E.↗
Development of SSB/DSB auxiliary time division multiplexer and demultiplexer Final report, 14 Jun. 1967 - 19 Feb. 1968
Design and performance of single sideband-double sideband auxiliary time division multiplexer prototype and demultiplexer breadboard model
Leighou, R. O.↗
Synchronization experiment for a time division multiple access satellite communication system
Doppler compensation for maintaining signal synchronization of time division multiple access
Allen, W. K.↗
Time Division Multiple Access/TDMA/ system, phase 2 Final report
Performance of synchronized time division multiple access system for satellite communication with ground stations
Source record↗
Time division multiplex system
Synchronizing apparatus for multi-access satellite time division multiplex system
Allen, W. K.↗
Photo-inhibition of cell division and growth in Euglenoid flagellates.
Photoinhibition of cell division and growth in Euglenoid flagellates by fluorescent and incandescent visible light
Cook, J. R.↗
Deblurring of motion-blurred photographs using extended-range holographic Fourier-transform division.
Motion-distorted photograph deblurring method using extended range holographic Fourier transform division
Furrer, F.↗
Physics of cellular synthesis, growth and division Status report, 1 Jul. - 31 Dec. 1969
Theoretical biology of cellular synthesis, growth, and division
Pollard, E. C.↗
Control of cell division by the electrical voltage of the surface membrane
Control of cell division by electrical voltage of surface membrane
Cone, C. D., Jr.↗
Time-division multiplexer Patent
Time division multiplexer with magnetic latching relays
Meyer, J. F.↗
Division patterns from single Escherichia coli cells
Escherichia coli cell division patterns, discussing generation times spread, gamma ray irradiation in nutrient broth, DNA damage and growing points, etc
Pollard, E. C.↗
Time division radio relay synchronizing system using different sync code words for in sync and out of sync conditions Patent
Time division relay synchronizer with master sync pulse for activating binary counter to produce signal identifying time slot for station
Campbell, D. R.↗
A comparison of time division and Walsh multiplexing for a multiuser communication satellite link
Multiuser satellite communications system transmission capacity, comparing time division with Walsh multiplexing
Bayless, J. W.↗
Advanced concepts and missions division publications, 1971
This report is part of a series of annual papers on Advanced Concepts and Missions Division (ACMD) publications. It contains a bibliography and corresponding abstract of all papers presented or published by personnel of ACMD during the calendar year 1971. Also included are abstracts of final reports ACMD contracted studies perfomed during this time period.
Source record↗
A time-division multiplexing system for asynchronous high-rate telemetry.
A time-division multiplexing system has been developed that is significantly different from commercially available equipments. Multiplexing is achieved by interleaving blocks of data from each source, preceded by a short coded bit pattern specifying the source of that particular block of data. Data blocks are transmitted as they become available from each particular source. Hence, synchronism of the input and output rates is not required. The prototype system can accommodate input rates as high as 461 kbit/sec on a single input channel, and output rates as high as 953 kbit/sec. The system makes possible use of an excess of 90% of channel capacity for information transmittal.
Appel, R. L.↗