Showing papers on "Cellular network published in 1974"
TL;DR: Demand assignment of satellite power on a call-call-by-call basis results in increased system capacity because the probability that a call is blocked is not readily available, and standard formulas commonly used for the Poisson and Erlang B traffic model cannot be directly applied.
Abstract: Demand assignment of satellite power on a call-call-by-call basis results in increased system capacity The probability that a call is blocked is not readily available, and standard formulas commonly used for the Poisson and Erlang B traffic model cannot be directly applied Expressions for blocking probabilities are derived here for fully variable, variable-source, and variable-destination demand assignments A numerical example is given for their application in a network of terminals of varying sizes and known point-to-point traffic
15 citations
TL;DR: A random-access digital multiplex system is considered in the context of a cellular mobile radio system and three different ways of implementing this technique in a cellular system are described.
Abstract: A random-access digital multiplex system is considered in the context of a cellular mobile radio system. Three different ways of implementing this technique in a cellular system are described. With the aid of certain simplifying assumptions, the techniques are compared as to their traffic-carrying capacity.
6 citations