Single Instruction Multiple Data Multiprocessors TRIZ Cases
- Redundant Processor Array for Autonomous Vehicle Data Validation
A reconfigurable fabric configures redundant processors to execute coincident operations and compare output data results.
- Multiprocessor Time-Sliced Memory Scalability
Multi-dimensional time-slicing across segmented memory blocks overcomes clock frequency limits to scale processor count.
- Compiler Control Word Tags for Parallel Memory Hazard Mitigation
Compiler control word tags resolve write-after-read conflicts by directing parallel memory access operations through hardware execution.
- SIMD Lane PC Management for Control-Flow Divergence
Lane-specific program counters track divergent paths in a SIMD engine, resolving throughput bottlenecks caused by unmanaged control-flow divergence.
- Reconfigurable SIMD Engine with Rewritable Control Memory
Rewritable control memory configures SIMD processing elements for custom operations, reducing hardware downtime and optimizing processor chip area.
- Reconfigurable Processor Element Network for High-Speed Processing
Dynamic network reconfiguration eliminates useless clock cycles during state transitions, improving processing speed and utilization efficiency.
- Dual Node Controller Architecture for Hot-Swap Multi-CPU Systems
A dual node controller architecture enables seamless hot-swap operations in multi-CPU systems by switching cross-domain access routes between independent groups.
- Staggered Operand Transmission for Voltage Noise Reduction
Timing circuitry delays operand transmission between processing elements to stagger operations.
- Multi-Input Pipeline Data Bus for VSoC
A multi-input pipeline data bus serializes buffered bit sequences through stage elements to generate continuous streams.
- Parallel Computing Architecture with 3D Stacked Cores and Reducers
A parallel computing architecture uses 3D stacked cores and reducer circuits to accelerate machine learning tasks.
- SIMD Shuffle Logic Gate Simulation
Concurrent heterogeneous gate simulation via SIMD shuffle instructions reduces digital circuit design time.
- Shared Tree Structure Gate Node for Request Type Selection
A shared tree structure with a gate node suppresses input signals to reduce circuit area while maintaining selection accuracy.
- Processor Consolidating Unmasked Data Elements and Updating Indices
A processor execution unit consolidates unmasked data elements from packed registers into a destination result.
- SIMD Key Value Lookup Instruction for Processor Throughput
A SIMD key value lookup instruction compares input keys against stored vectors to retrieve associated values via permutation indexing.
- Single Instruction Array Index Computation for 64-Bit Servers
A single instruction adjusts a 32-bit index to match a 64-bit array address through sign extension and size parameter matching.
- Vector Processor Array Using Identical Circuit Slices
An array of identical circuit slices segments a vector processor core, reducing interconnect latency and cost while maintaining parallel processing efficiency.
- Neural Network Computing Array with Merging Unit for Power Optimization
Segmented process element groups merge computing results via a dedicated unit, reducing power consumption and chip area in neural network applications.