Program Synchronisation TRIZ Cases

Partitioned FPGA and software simulations use a backplane and preset time windows to align participants while reducing communication overhead.

Broadcast filtering uses partition identifiers and sub-partition masks to limit cache operations, reducing cross-partition interference while preserving synchronization.

A unique buffer address and fast channel reduce redundant copies and delay in distributed audio, improving synchronization and echo cancellation.

Shared memory pools and configurable time constraints distribute media grains across hosts while preserving real-time synchronization.

A recovery flag makes processes wait during database repair, supporting consistent access, data integrity, and atomicity.

A first processor synchronizes application control data with a second processor, preserving service state during ultra-long battery mode.

Asynchronous stream transfers, ordered instructions, and sync flags improve data movement for sparse-memory workloads.

This processor approach detects disruptive events and makes split vector operations produce either no effects or all effects.

This case uses primary and remote node roles to simplify synchronization states and reduce unnecessary bidirectional communication overhead.

A hardware timer manager groups entries by precision and check frequency to manage many timers with reduced design complexity.

Fine-grained ready bits let multiple consumers pipeline shared buffer data without changing processor internals.

This case shows how NB-SMT shares DNN accelerator resources by reducing precision selectively to improve speed and energy use.

Assess cloud kernels on heterogeneous accelerators without production profiling overhead.

A hardware semaphore manager tracks core dependencies to control shared memory access, improving coherency with leaner resource management.