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The derivation and analysis of optimum multiuser detectors for additive-rate and additive-light Poisson multiple-access channels are studied. The observed point process models the output of an ideal photodetector illuminated by several synchronous or asynchronous users who modulate coherent light of the same frequency. Dynamic programmingbased decision rules for the asynchronous multiple-access channel exhibit the same computational complexity as their synchronous counterparts and are shown todoi:10.1109/tit.1986.1057224 fatcat:fwtwsgx7k5aqtkqn23uip4gr3y