Abstract: Based on the theory of the stochastic geometry, the network model for the distributed networks was given. The effect on the density of progress for the distributed networks with two different power control strategies was studied, and the expressions of the density of progress with channel inversion power control strategy and no power control strategy were derived. Numerical and simulation results showed that, the density of progress with channel inversion power control strategy was more than that with no power control strategy, but the difference between them was very small because these two power control strategies were limited to control of the power of the signal itself without considering the influence of interference power.