Figure 4. Network Performance Measurements of Edge Computing System
When the total number of packets sent to the server is examined, 40,000 packets were produced in the standard direct data transmission system and 40,000 packets were sent to the server. In the edge computing system, since the data to be sent is accumulated on the end devices, 40,000 packets are produced, but 4,000 packets are sent to the server. In addition, although the raw data size to be sent to the server is 507.8125 Kilobytes (KB) in both systems, the total frame size reaching the server is 2617.1875 KB in the standard direct transmission system and 718.75 KB in the edge computing system. The main reason for this difference is the source address, destination address, etc. added to the package during package creation apart from the raw data are standard sections. As a natural consequence of the smaller number of packets sent in the Edge computing system, the total data size sent has made the Edge Computing system advantageous. As a result of these sub-reasons, the Edge computing system with a value of 19318.628 ms in the temporal measurement of data transmission is 7.5% superior to the standard direct data transmission system with a value of 259998.549 ms in terms of temporal cost.