Computing Operations For Optimisation TRIZ Cases
- Analog Circuit Architecture for Real-Time Function Optimization
Using capacitors, inductors, and voltage-controlled current sources, this analog architecture solves optimization problems fast enough for real-time control.
- Analog Optimization Circuit Architecture for Real-Time Function Solving
Distributed analog circuits replace slow digital iteration to solve optimization functions in real time with programmable, robust architectures.
- Analog Belief Propagation Processor for Cyclic Graph Decoding
Analog relaxation updates belief propagation values in cyclic graphs, cutting decoder power and circuit area for iterative error correction.
- Analog Computing Circuit for Rank-2 Max-Cut Acceleration
A hybrid analog-digital circuit maps rank-2 SDP max-cut dynamics into charge and differential-current updates for scalable optimization.
- CMOS Ising Machine Bistable Nodes Combinatorial Optimization
CMOS-compatible Ising machine replaces bulky quantum systems with bistable nodes and resistive coupling, enabling on-chip integration for fast optimization.
- Vehicle Control Continuity Across Operation Devices
A vehicle control apparatus coordinates multiple operation devices to ensure continuous reactive perception quantities for occupants.