Baseball (Part I): Dynamic Flexibility

Prioritised Dynamic Communicating Processes: Part I

This paper reports continuing research on language design, compilation and kernel support for highly dynamic concurrent reactive systems. The work extends the occam multiprocessing language, which is both sufficiently small to allow for easy experimentation and sufficiently powerful to yield results that are directly applicable to a wide range of industrial and commercial practice. Classical oc...

Dynamic Preference for Flexibility Dynamic Preference for Flexibility

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Dynamic Preference for Flexibility

We consider a decision maker who faces dynamic decision situations that involve intertemporal tradeoffs, as in consumption-savings problems, and who experiences taste shocks that are transient contingent on the state of the world. We axiomatize a recursive representation of choice over state contingent infinite horizon consumption problems, where uncertainty about consumption utilities depends ...

Dynamic and performance characteristics of baseball bats.

Modeling Belief in Dynamic Systems, Part I: Foundations

Belief change is a fundamental problem in AI: Agents constantly have to update their beliefs to accommodate new observations. In recent years, there has been much work on axiomatic characterizations of belief change. We claim that a better understanding of belief change can be gained from examining appropriate semantic models. In this paper we propose a general framework in which to model belie...