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An Energy Efficiency Output Model and Measurement Method of Teaching Equipment in the Cloud Computing Environment

机译:云计算环境下教学设备的能效输出模型与测量方法

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The ignoring of the dynamics in teaching equipment power regarding the current energy efficiency output model and measurement method causes the energy efficiency output model built unable to fully reflect the shortfalls of the general energy efficiency of teaching equipment in the cloud computing environment. Under this basis, this thesis puts forward a new energy efficiency output model and measurement method. Through a comprehensive evaluation on the energy efficiency of teaching equipment in the cloud computing environment by two indicators -“energy” and “efficiency”, and through describing the energy efficiency with the “performance” to “energy consumption” ratio by unit interval of teaching equipment, this thesis creates an energy efficiency output model of teaching equipment and gives the calculation method of energy consumptionof computers, network equipment and accessory equipment. Through calculating the task load finished by unit interval, this thesis manages to measure the performance of teaching equipment in the computing environment and gives detailed measurement process. According to the experiment result, the model and method put forward in this thesis is of high accuracy and efficiency.
机译:忽略当前能源效率输出模型和测量方法的教学设备功率动态,导致构建的能源效率输出模型无法完全反映云计算环境中教学设备总体能源效率的不足。在此基础上,提出了一种新的能效输出模型和测量方法。通过使用“能源”和“效率”两个指标对云计算环境中教学设备的能源效率进行综合评估,并通过按教学的单位间隔描述“性能”与“能源消耗”之比的能源效率设备,本文创建了教学设备的能效输出模型,并给出了计算机,网络设备和附属设备能耗的计算方法。通过计算按单位间隔完成的任务负荷,本文设法在计算环境中测量教学设备的性能,并给出详细的测量过程。根据实验结果,本文提出的模型和方法具有较高的准确性和效率。

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