Traditional, statically composed software can be globally optimized for execution speed at compile-time. For dynamically composed component software, a different execution model has to be employed to achieve comparable performance. As components are developed and compiled separately, little is known at compile-time about the environment they will be used in later. The global information required to aggressively optimize the overall system is only available after the deployment phase. This paper discusses how dynamic recompilation can be employed to provide an efficient execution model for dynamically composed software.
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