Mobile Quantum Cloud Scheduler
Interactive queueing-theory simulator: mobile clients submit quantum-circuit jobs to a shared cloud QPU, and a real scheduling model (FIFO, shortest-job-first, paid-tier priority) decides execution order while calibration drift decays result fidelity the longer a job waits.
Mobile apps that use quantum computing never run a circuit locally — they submit a job over the network to a shared cloud QPU and wait in line behind everyone else's jobs. This simulator renders that queue as a live 3D scene: small mobile-client nodes send job packets toward a central quantum processor, the packets queue up, and a real scheduling model decides which one runs next. Switch between FIFO, shortest-job-first and paid-tier priority to see how each policy reorders the backlog, tune the arrival rate and shots-per-job to load the system up, and watch the coherence-budget slider control how badly a long wait degrades each job's result fidelity as the backend's calibration drifts underneath it.
Submit simulated quantum-circuit jobs from mobile clients into a shared cloud QPU queue and watch a real scheduling model — FIFO, shortest-job-first, or paid-tier priority — decide execution order while calibration drift decays each job's result fidelity the longer it waits.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install