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This paper examines the steady-state and dynamic performance of Type 1 Hybrid ARQ protocols in slotted direct-sequence code-division multiple-access networks. The network consists of an arbitrary number of transceivers arranged in a paired-off topology. A Markov model is used to derive the throughput-delay expressions in terms of the channel cutoff rate and capacity. Network design parameters are identified and their dependency on system parameters is examined in detail. It is shown that, for adoi:10.1109/infcom.1989.101502 dblp:conf/infocom/HanrattyS89 fatcat:i5vojah4f5bl7bokqlletjnqv4