Abstract
Langevin noise-driven rate equations are used to model typical surface-emitting (SE) lasers, producing photon statistics, relative intensity noise (RIN) as a function of frequency, and relaxation oscillation frequency. The differential equations were numerically solved with the computer simulation code written in C and compiled and run on a DEC 3100 workstation. Four minutes of computation time is required to simulate a SE laser biased above threshold at 1-ps step for 1- mu s duration. The results are in good agreement with the published data. >
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