面向跨生态应用兼容层的双稳态势阱资源调度机制 A Bistable Potential-Well Resource Scheduling Mechanism for Cross-Ecosystem Application Compatibility Layers

摘 要 为支撑 Android、HarmonyOS 及类 iOS 应用模型在同一兼容运行环境中的共存,本文提出 一种面向跨生态应用兼容层的双稳态势阱资源调度机制。该机制通过映射系统场强参数 K,设定 K = +1 与 K = -1 为相变临界点(阳场、过渡区、阴场),实现多生态进程的资源视图 统一与降级决策。本文构建 C++ 仿真程序完成概念验证,结果表明算法在数学层面具备自洽性 ,成功触发高开销目标在阴场阈值的隔离限制(BLOCKED)。本研究界定为兼容运行时层面的 调度接口统一,不涉及操作系统内核替换,亦不声称对 iOS 二进制格式的原生兼容,后续将引入真实负载验证。 Abstract To support the coexistence of Android, HarmonyOS, and iOS-like application models in a unified compatible runtime environment, this paper proposes a bistable potential-well resource scheduling mechanism for cross-ecosystem application compatibility layers. By mapping the system field strength parameter K with K = +1 and K = -1 as phase-transition thresholds (Yang state, transition zone, Yin state), the mechanism unifies resource views and triggers degradation decisions for multi-ecosystem processes. A C++ simulation proves the mathematical self-consistency of the logic, successfully isolating high-overhead targets (BLOCKED) at the Yin threshold. This study is strictly defined as a scheduling interface for compatibility runtimes, excluding kernel replacement or iOS binary compatibility, with real-load validation planned for future work.