Forecasting Acceleration of Data Transfer with Fog Computing for Resource Efficiency in Data Centers

N. Zendrato, M. Zarlis, O. S. Sitompul, E. M. Zamzami
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Abstract

Accelerate of data transfer always be a problem in fog computing especially workload datacenter This research predicts server performance data on fog computing using linear regression methods. Predictions are made on variables that affect the speed of data transfer namely the number of CPU cores, CPU capacity, memory used based on this variable is used as an attribute and data transfer as a label. With this research the performance of data transfer speeds can be predicted before use. This method provides an improvement in the error value compared of other forecasting methods Thus the process of data transfer in fog computing can be more effective and efficient
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基于雾计算的数据中心资源效率数据传输加速预测
数据传输速度的加快一直是雾计算特别是工作负载数据中心中存在的问题,本研究采用线性回归方法预测雾计算中服务器性能数据。对影响数据传输速度的变量进行预测,即CPU内核的数量,CPU容量,基于此变量使用的内存作为属性和数据传输作为标签。通过本研究,可以在使用前预测数据传输速度的性能。与其他预测方法相比,该方法的误差值有所改善,从而使雾计算中的数据传输过程更加有效和高效
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