Distributed Concurrent Actor Models with Akka.NET and CAF

M. Nicolae, Alexandru Mihai Vulcan
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Abstract

Many domains like deep learning, machine learning, and computational finance uses Graphical Processing Units (GPUs) for decreasing the execution time. GPUs are widely used in data centers for high performance computing where virtualization techniques are intended for optimizing the resource utilization. However, these data centers have some downsides like energy consumption and acquisition cost. We propose to take this resource virtualization a step forward by making use of "sparse" computers over the Internet that have powerful processing capabilities. The approach is inspired from the smart grid model. In this way, we want to evaluate the feasibility of introducing a service that will provide processing capabilities through renting processing resources from domestic users. This model can prove usefully for solving subdivision of the main algorithm
使用Akka的分布式并发Actor模型。NET和CAF
许多领域,如深度学习、机器学习和计算金融,都使用图形处理单元(gpu)来减少执行时间。gpu广泛应用于数据中心的高性能计算中,虚拟化技术旨在优化资源利用率。然而,这些数据中心有一些缺点,比如能源消耗和购置成本。我们建议通过利用互联网上具有强大处理能力的“稀疏”计算机,将这种资源虚拟化向前推进一步。该方法的灵感来自智能电网模型。通过这种方式,我们希望评估引入一项服务的可行性,该服务将通过向国内用户租用处理资源来提供处理能力。该模型可用于求解主算法的细分问题
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