A Method for Compiling MATLAB into Executable Programs

This article introduces a methodology for compiling MATLAB code into independent executable programs. The technique enables MATLAB-developed applications to run completely outside the native MATLAB environment, which substantially increases their deployment flexibility and practical utility. This approach utilizes MATLAB's compilation capabilities, typically through the MATLAB Compiler (mcc) command-line tool or MATLAB Compiler SDK, which packages MATLAB code along with required dependencies into self-contained executables. Beyond environmental independence, this method facilitates cross-platform deployment, allowing programs to operate on systems beyond MATLAB's natively supported platforms, thus expanding their usability across diverse scenarios. The compilation process also incorporates performance optimizations such as code pruning and dependency analysis, potentially improving execution speed and stability - particularly beneficial for large-scale data processing and complex computational tasks. Key implementation steps involve: 1) validating code compatibility with compiler restrictions, 2) configuring compiler settings for target platforms, and 3) managing external dependencies through runtime libraries. Therefore, mastering this compilation technique is essential for MATLAB developers seeking to maximize their applications' reach and performance characteristics.