Edge Offloading: Energy vs Latency Simulator
Interactive 3D mobile-edge-computing simulator: tune task size, local CPU frequency, wireless bandwidth and an energy-vs-latency policy weight to watch each task get routed to local compute or an edge server, with live latency and energy readouts.
Every mobile and IoT device running edge computing faces the same decision, over and over: run this task on local silicon, or send it across the wireless link to a nearby edge server? This simulator models that choice with the standard mobile-edge-computing offloading equations — local compute time and dynamic CMOS energy (which scales with the square of CPU frequency) versus wireless transmission time plus edge-server compute time and radio energy. Tune task size, local CPU frequency, wireless bandwidth and an energy-versus-latency policy weight, watch tasks route themselves to a local-compute node or across the link to an edge server in real 3D, and see the live comparison of predicted time and energy pull the adaptive policy's decision one way or the other.
Simulate a mobile/IoT device deciding, task by task, whether to process data locally or offload it to an edge server, and watch CPU frequency, task size, wireless bandwidth and an energy-vs-latency policy weight shift the winner between local compute and edge offloading in real time.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install