Generating/Distributing Signals TRIZ Cases

A central processor coordinates heterogeneous neural processing units with distinct structural configurations to optimize task distribution.

A memory device uses a separate communications bus to initiate bulk transfers, resolving bandwidth inefficiencies in controller-centric architectures.

A clock gating circuit uses an enabling signal controller to gate clock signals based on internal set and reset signals.

Archiving server health and master/slave roles resolves data consistency conflicts during redundant system failures.

A virtual clock switch transforms reference time formats for guest operating systems without modifying the host.

An SPI interface circuit automatically asserts the slave select line before the first clock edge to simplify hardware control logic.

Transmitting optical clock signals via waveguides reduces jitter and power consumption in high-speed serial links.

A skip counter and signal gate manage hardware timer interrupts to reduce CPU resource usage during system operations.

A data line control circuit manages signal output on a three-wire bus to enable reliable communication.

Controller sequences clock stops across domains to prevent voltage transients and preserve debug information integrity.

A movable heat-transfer pipe links a heat-generating component to a spreader, shifting between configurations to manage thermal loads.

A circular buffer of D-type flip flops generates enable signals for data transfer between asynchronous clock domains.