Equilibriums in slow fading interfering channels with partial knowledge of the channels

We consider a block fading interference channels with partial channel state information and we address the issue of joint power and rate allocation in a game theoretic framework. The system is intrinsically affected by outage events. Resource allocation algorithms based on Bayesian games are proposed. The existence, uniqueness, and some stability properties of Nash equilibriums (NE) are analyzed. For some asymptotic setting, closed form expressions of NEs are also provided.