UFS Storage Callback Response for Power State Management

The patent applies inversion by enabling the slave storage device to send commands to the master host, reversing the traditional master-slave command initiation paradigm. The storage device can now initiate read buffer and write buffer commands autonomously based on its internal state and power conditions, rather than waiting for host initiation, thereby improving productivity while maintaining operational simplicity through automated decision-making

The storage device performs self-service by autonomously determining when to execute read or write buffer operations based on its power state and internal buffer conditions. The device self-manages its command initiation without requiring constant host intervention, improving responsiveness and productivity while the host maintains overall system control through the callback response mechanism

The patent implements feedback by having the storage device send callback responses to the host containing requested commands. The device monitors its own power state and buffer conditions, then provides feedback to the host through the callback mechanism, enabling autonomous decision-making while maintaining communication protocols that manage complexity through structured information exchange

The callback response mechanism serves multiple functions: it acknowledges host commands, reports storage device state, and initiates new commands. This multi-functionality improves productivity by consolidating communication operations into a single mechanism that handles both information exchange and command initiation, managing complexity through universal protocol design