Electric Digital Data Processing TRIZ Cases

A daisy-chain of sensor interface ASICs merges autonomous data into one SENT stream, eliminating multiple control unit inputs and synchronization circuitry.

An interrupt controller stores source clear data to bypass CPU bus access.

Modified arbitration protocol enables consecutive transactions on multi-master buses, preventing data inconsistency during read-modify-write sequences.

A sensor system modulates data using adaptively selected carrier frequencies over a shared bus.

A data storage system issues parallel sub-I/O requests concurrently to optimize throughput.

Bridge chips route signals across a fat tree structure using node IDs and hierarchical levels to select optimal paths between processor units.

A computer system dynamically allocates interrupt vectors based on measured event activity rates to optimize resource usage.

External adapters initiate I/O interruptions directly via a system controller, eliminating firmware processing overhead and race conditions.

A virtual USB hub segments device descriptors to add functionalities dynamically, maintaining high charging current levels during reconfiguration.

Thermographic detectors replace mechanical sensors with infrared imaging to maintain operational reliability despite dust and steam interference.

A safety module merges secure processing units with standard input output circuits to unify control logic.