Computation Using Non-Contact Making Devices TRIZ Cases
- Configurable FPGA Arithmetic Tile With Integer-Floating Point Modes
A configurable FPGA tile combines integer and floating-point arithmetic with integrated memory and cascade links to boost bandwidth and cut routing delay.
- Sensing-Memory Computing Cells for Low-Latency In-Situ Signal Processing
By combining sensing elements with in-memory computing, this case cuts data transfer, latency, wiring complexity, and energy use.
- Autonomous Vehicle Simulation Validation for Bias-Free Training Data
Automatic scenario validators detect unwanted behaviors in autonomous vehicle simulations, filtering noisy data before model training.
- Multi-Mode Compute-in-Memory Circuit for Mixed-Precision MAC
One CIM circuit switches between integer and floating-point MAC modes to raise hardware utilization and cut dedicated area overhead.
- Partial-Sum Read Control for Low-Energy MAC Memory Access
A monitored partial sum triggers reduced-voltage or skipped memory reads in MAC operations, cutting energy use while preserving accuracy.
- Near-Memory MAC Architecture for Input-Stationary RNNs
An input-stationary MAC circuit reduces RNN weight reloading and input memory accesses by about four times.