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<p>A multiple access packet communication model is analyzed in which the users can receive packets on more than one common channel. For this type of system, a new channel access protocol is presented. The authors prove that under heavy homogeneous load the protocol guarantees the maximum achievable throughput among all possible protocols. The general model can be applied to different systems, according to various realizations of the logical channels. For example, in packet radio networks the channels can be realized by different carrier frequencies (FDMA) or by different codes (CDMA). The simplicity and optimality of the protocol make it attractive for practical applications.</p>
protocols; code division multiple access; storage management; packet radio networks; packet switching; optimal channel access protocol; multiple reception capacity; packet communication model; multiple access; channel access protocol; homogeneous load; maximum achievable throughput; packet radio networks; FDMA; CDMA.

A. Farago and I. Chlamtac, "An Optimal Channel Access Protocol with Multiple Reception Capacity," in IEEE Transactions on Computers, vol. 43, no. , pp. 480-484, 1994.
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