The receptive distributed pi-calculus
We study an asynchronous distributed pi-calculus, with constructs for localities and migration. We show that a static analysis ensures the receptiveness of channel names, which, together with a simple type system, guarantees the message deliverability property. This property states that any migrating message will find an appropriate receiver at its destination locality. We argue that this distributed, receptive calculus is still expressive enough while allowing for an effective type inference a la ML.
receptivity distribution pi-calculus theory resource access control