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Self-Stabilizing Ecosystem for Service-Based Mobile Computing

机译:基于服务的移动计算的自稳定生态系统

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Mobile devices are widely used as a convenient device which provides cell phone capability and computing power. However, their resources such as CPU and memory are limited. A common form of remedying the resource constraints, service-based mobile computing is emerging. However, there still exists problems in this paradigm, lack of stability and performance, and limited manageability. In this paper, we present a noble approach to resolving the problems and providing effective computing environment, called Service-based Mobile Ecosystem (SME). It is a computing environment which continuously monitors the quality of services and performance necessary services migrations and replications as means of providing self-stabilization of services for service-based mobile computing. A key feature of SME is to utilize the ever-increasing computing power of mobile devices in dynamically deploying requested services on the devices. By adopting the computing model of SME, we believe that super mobile computing without manageability problem can be realized.
机译:移动设备被广泛用作提供手机功能和计算能力的便捷设备。但是,它们的资源(例如CPU和内存)是有限的。基于服务的移动计算是一种弥补资源限制的常见形式。但是,在这种范例中仍然存在问题,缺乏稳定性和性能,以及有限的可管理性。在本文中,我们提出了一种高贵的方法来解决问题并提供有效的计算环境,称为基于服务的移动生态系统(SME)。它是一种计算环境,它不断监视服务的质量和性能,以实现必要的服务迁移和复制,从而为基于服务的移动计算提供服务的自我稳定。 SME的一项关键功能是在移动设备上动态部署请求的服务时利用移动设备不断增长的计算能力。通过采用中小企业的计算模型,我们相信可以实现没有可管理性问题的超级移动计算。

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