In a recent paper [1] the authors presented an optimization strategy for the transmission of analog data over a PCM telemetry link. Constraints imposed included real-time operation and both average and peak power limitations on the transmitter. The selected strategy used Karhunen-Loeve (KL) sampling, unequal bit assignments, optimum uniform quantizing, the natural code, and PSK reception. In this paper, the performance of the above system will be compared to the same system using noncoherent FSK reception instead of PSK. The performance criterion used for the comparison is the mean integral squared error criterion.
Effect of Noncoherent FSK Versus PSK on Waveform Error in PCM Telemetry
IEEE Transactions on Aerospace and Electronic Systems ; AES-6 , 3 ; 324-333
1970-05-01
2144511 byte
Article (Journal)
Electronic Resource
English
Waveform error control in PCM telemetry.
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