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Implementation and evaluation model for the asynchronous search techniques: from a synchronously distributed system to a asynchronous distributed system

机译：异步搜索技术的实现与评估模型：从同步分布式系统到异步分布式系统

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The implementation of asynchronous search techniques can be done in any programming language allowing a distributed programming. Nevertheless, for the study of such techniques and for their evaluation, it is easier and more efficient to implement the techniques under certain distributed environments, which offer various facilities, such as NetLogo. The aim of this article is to introduce an as general as possible model of implementation and evaluation for the asynchronous search techniques in the two possible cases: synchronous and asynchronous. In the case of the synchronous model, a synchronization of the agents' execution is done after each computing cycle. This model, we believe, will allow the use of the NetLogo environment as a basic simulator for the study of asynchronous search techniques. This model can be used in the study of agents behavior in several situations, like the priority order of the agents, the behavior in the synchronous and asynchronous case and, therefore, leading to identify possible enhancements in the performances of asynchronous search techniques. A first set of experiments for two large families: the ABT family and the AWCS family, based on the two proposed models is presented in this article.
机译：可以以任何允许分布式编程的任何编程语言完成异步搜索技术的实现。然而，对于这些技术的研究和评估，在某些分布式环境下实现技术更容易和更有效，提供各种设施，例如NetLogo。本文的目的是将AS作为一般的实施模型与两种可能的情况下的异步搜索技术的可能模型和评估：同步和异步。在同步模型的情况下，代理执行在每个计算周期之后的同步。我们认为，这一模型将允许使用NetLogo环境作为基本模拟器，用于研究异步搜索技术。该模型可以在几种情况下的代理行为研究，如代理的优先顺序，同步和异步案例中的行为，因此，导致识别异步搜索技术的性能的可能增强。本文提出了基于两个拟议模型的两个大家庭的第一组实验：ABT家族和AWCS系列。

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