Reliability Assessment of Component in Optimal Redundancy Allocation for Multiple Stages

Electronic waste is the main issue facing today’s global community. The United Nations has placed electronic waste prominent in its SDGs goals. In this manuscript, we analyses the limitations that compel the stage with the lowest reliability to have only one additional piece added. However, they also make it possible to add more components to a stage more reliably. In any complex practical system, there will always be certain components with roughly comparable dependability but drastically varying costs because components differ. Redundancy, reliability redundancy, and reliability allocation for components are important factors to take into account while designing a reliable system. The reliability optimization is generally understood to be a single, static analysis that needs to be complete and implemented to give the system the desired design reliability level. As of right now, continue our active efforts to improve reliability. Realizing that system conditions and component conditions change over the course of a system’s lifespan and that system reliability improvement strategies need to dynamically adjust to these changes in order to be practically applicable, is a visionary realization.