Vehicle App Supervision for Mode-Based Execution Sequencing

The patent segments software applications into different groups based on their operational dependencies and criticality levels. A supervisor application manages multiple worker applications, separating them into distinct execution contexts. This segmentation allows the system to selectively execute only the necessary application groups for each operational state, avoiding waste of computational resources on irrelevant applications while maintaining functional completeness through coordinated launch of required applications.

The supervisor application performs preliminary actions by establishing the correct launch sequence for worker applications based on their operational dependencies. Before worker applications execute, the supervisor configures and manages their launch order, ensuring that applications with dependencies are started in the proper sequence. This preliminary sequencing management maintains operational reliability without significantly increasing system complexity.

The patent implements dynamic resource allocation where the supervisor application adjusts which worker applications are active based on the current operational state of the vehicle. Rather than statically allocating resources to all applications, the system dynamically enables or disables worker applications as needed, ensuring that only relevant applications consume computational resources. This dynamic approach maintains application availability when needed while preventing memory contention and performance degradation by limiting active applications to those required for the current operational context.