Pulse Code Modulation Systems Design
This text explains basic PCM concepts and performance parameters, and provides key methods for estimating system performance and transmission loss. More advanced, practical sessions cover PCM symbols, modulation and demodulation techniques, and detection and synchronisation problems. There are also design charts containing various PCM signalling methods that can be used to calculate system performance as you go along, and ready-made performance parameter formulas and system equations which readers will be able to import directly into their calculators or PCs.
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Pulse Code Modulation Systems
Sampling Quantization and Noise
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aliasing error amplitude modulation antenna heights aperture applications approximately assumed bandpass bandwidth baseband baseband signal binary bit error performance bit error probability bit rate block codes cable carrier synchronization coefficient communication component computed convolutional code data stream decoder demodulator detection detector diode dipole distance duobinary encoder energy equivalent error correcting error rate estimate fiber optic free space loss frequency function gain Gaussian ideal impulse response input intersymbol interference Longley-Rice loop matched filter maximum mean square modulation index multipath Networks noise bandwidth noise figure Nyquist optical systems optimum output parameters path PCM systems phase error photons propagation loss pulse QPSK quadrature random received signal sampling rate sequence shot noise shown in Figure signal-to-noise ratio spectrum symbol period symbol rate symbol synchronization system design Telecommunications tion transmitted turbo codes typical wavelength weight zero