Research Article
An Efficient Algorithm for Resource Allocation in Mobile Edge Computing Based on Convex Optimization and Karush–Kuhn–Tucker Method
| | Parameter | Value |
| | Number of terminal devices | 10 | | Base station communication range side length d | 500 m | | Computing task input data | U[100, 200] kB | | Calculation service type | 10 K | | Uplink bandwidth B | 20 MHz | | Mobile terminal transmit power | 23 dBm | | Path loss | 4 | | Noise power | −174 dBm/Hz | | Computing power of the edge server F | 30000 Megacycle | | Computing power of the terminal | N(500, 50) Megacycle | | Service cache required to execute a task | U[30,80] GB | | Maximum storage capacity of the edge server C | 500 GB | | Transmission rate between the server and the remote cloud R | 1 Mbps | | Number of terminal equipment L | 10 |
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