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Learn how to architect fault‑tolerant, asynchronous MATLAB code with parfeval, covering requirements, minimal design, data isolation, operational checks, failure handling, and when to re‑design. Includes example code and verification steps.
When using parfeval to run long computations asynchronously, a common pattern is to enforce a wall-clock limit by polling the State property of the returned Future object and calling cancel once a timeout threshold is exceeded. The cancel function is documented to terminate execution on the worker and transition the future to the cancelled state, but the exa
matlab