Design Optimisation/Simulation TRIZ Cases
- Neighborhood Determination in CAE Grid Models
A neighborhood determination method for computer aided engineering grid models uses characteristic lengths to define surface boundaries.
- Inverse Design Optimization for Photonic Device Heaters
Computing systems optimize photonic heater parameters using inverse design algorithms to adjust thermal profiles.
- 3D Special-Shaped Jet Nozzle for Narrow-Band Irrigation
A 3D special-shaped jet nozzle couples fan and beam flows to create a narrow spray band.
- AI Validation for Integrated Circuit Performance Bugs
An AI-based validation system identifies unique performance bugs in integrated circuits using machine learning models trained on instruction dependencies and statistical ratios.
- Finite Element Post Processing Framework Customization
A flexible post processing framework allows users to configure analysis routines via an interface component without writing code.
- Real-Time Hair Collision Animation via Reduced Model Interpolation
A real-time animation method constructs a reduced model from representative hairs to simulate motion and collisions efficiently.
- Semiconductor Model Parameter Generation for Trapped-Charge Variability
A method generates semiconductor model parameters using statistical moments and correlations to capture device variability.
- Gamma-Prime Strengthened Austenitic TRIP Steel for Blast Resistance
Blastalloy TRIP 130 steel uses gamma-prime precipitation and retained austenite to achieve high strength.
- Implicit Integration Scheme for Deformable Object Collision
A polyline search method calculates accurate contact forces, preventing penetrations and stickiness in dynamic simulations.
- AV Simulation Scheduling Model for Concurrent Task Execution
A completion time-driven scheduling model allocates cloud resources for autonomous vehicle simulation and code build jobs.
- Virtual Processor Model Transformation for Custom Simulation
Transforming virtual processor models via configuration files enables custom simulation accuracy without redesigning complex base structures.
- IC Layout Scoring and Rearrangement for Void Area Reduction
Automated scoring of semiconductor device layouts calculates occupied areas and void spaces to guide device rearrangement.