Method for optimizing Linux intelligent terminal through real-time scheduling optimizer

The invention discloses a method for optimizing a Linux intelligent terminal through a real-time scheduling optimizer. The method comprises the steps that the real-time scheduling optimizer obtains process information, hardware platform information and core sound code information of the remote Linux intelligent terminal through a network card above the real-time scheduling optimizer, and sends the information to an optimization module, so as to process the information; the optimization module analyzes and recognizes process groups which are independent from one another according to an existing knowledge base, and modifies core sound codes according to information of the process groups, so as to ensure that the process groups which are independent from one another are run on different cores; after modification, updated cores are uploaded to the remote Linux intelligent terminal again, and restarting operation is accomplished, so as to enable to new cores to be effective. By adopting the scheme, the real-time scheduling of the Linux intelligent terminal can be remotely and automatically optimized.