Program Control TRIZ Cases
- Runtime-Reconfigurable Dissimilar Cores for Flight Control Redundancy
Runtime-switched FPGA soft cores replace extra dissimilar controllers, cutting flight control weight while preserving channel monitoring reliability.
- Multi-Port Interface Function Switching for Better Resource Use
A function manager uses multiplexing and lookup-table port mapping to share PCIe, SATA, or SAS functions across ports with less waste.
- FPGA Logic Region Configuration via NoC Parallel Routing
Parallel NoC routing and segmented frame drivers speed FPGA logic region configuration while reducing reconfiguration downtime.
- FPGA Neighbor Output Mux Links for Fewer Routing Hops
Direct links into neighboring tile output muxes reduce routing-hop variability, easing FPGA mapping and improving circuit speed.
- Multi-Port Interface Function Mapping for Dynamic Resource Allocation
A function manager with lookup-table-controlled multiplexing assigns variable functions across ports to improve resource use and concurrent operation.
- FPGA Neighbor Output MUX Links for Fewer Routing Hops
Direct links into neighboring tile output muxes cut FPGA routing hops, improving tile access, placement flexibility, and timing closure.
- Segmented FPGA Interconnect Reconfiguration for Dynamic Workloads
Deterministic segmented bus reconfiguration adapts FPGA interconnect bandwidth and buffers to changing workloads, cutting latency and power.
- Distributed FPGA Routing Structure for Lower Delay and Power
Programmable routing directions and segmented functional blocks cut FPGA wiring redundancy, lowering delay and power while raising logic density.
- Mixed-Signal Accumulator Architecture for Edge AI Power Limits
Using a global DAC and local charge accumulators, this case cuts circuit area and power draw for real-time edge AI inference.