Resource friendly platform requirements for portable computers using broadband applications

Kazunori Sugiura, A. Ogawa, Osamu Nakamura, J. Murai
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Abstract

This research discloses the practical resource consumption of portable computers using broadband applications using IPv4 and IPv6. We tested with major broadband applications in a variety of operating system and network connections to verify the resource consumption. Resource consumption can be power consumption, bus utilization, device utilization, and processor utilization. Past application ignores its resource management which affects the efficiency of the usage. With collaboration and management of devices and its resource availability, effective use of resources can be performed resulting in the extension of battery time, lowering the heat, and economizing the bus utilization. Furthermore, this research introduces the sample application with the transport method for lazy resource adaptive streams using DVTS in IPv6, which effectively reduces the resource consumption. Implementation of resource management feature into a typical computer infrastructure may decrease the power consumption, and power conservation.
使用宽带应用程序的便携式计算机的资源友好型平台要求
本研究揭示了使用IPv4和IPv6宽带应用的便携式计算机的实际资源消耗。我们在各种操作系统和网络连接下对主要宽带应用程序进行了测试,以验证资源消耗。资源消耗可以是功耗、总线利用率、设备利用率和处理器利用率。过去的应用忽视了资源的管理,影响了资源的使用效率。通过对设备及其资源可用性的协作和管理,可以有效地利用资源,从而延长电池使用时间、降低热量并节省总线利用率。此外,本文还介绍了在IPv6中使用DVTS传输延迟资源自适应流的示例应用程序,有效地降低了资源消耗。在典型的计算机基础设施中实现资源管理功能可以降低功耗,节约能源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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