Research on the Development and Deployment Technology of Small Card-Style Quick Apps Based on Multi-Core Converged Systems

With the advancement of multi-core converged systems and the widespread use of quick apps on smart devices, existing architectures show significant limitations in heterogeneous resource scheduling and system scalability. This paper proposes the MiniCard Framework, a lightweight card-style quick app runtime architecture designed for multi-core environments. Through a layered front-end and back-end design, kernel-aware scheduling mechanism, and lightweight containerized deployment strategy, the framework achieves cooperative execution and dynamic task migration across heterogeneous cores. The system adopts a modular component architecture and a hot-plug mechanism, enhancing development efficiency and resource adaptability. Experimental results on the HarmonyOS platform demonstrate that MiniCard outperforms traditional architectures in terms of startup time, frame rate, resource usage, and concurrent processing capabilities. Furthermore, user testing and development efficiency assessments validate its usability and potential for broader adoption. This study offers new insights and practical guidance for the efficient operation of quick apps in multi-core heterogeneous systems.