Design Optimisation/Simulation TRIZ Cases
- Automated Planogram Generation for Modular Retail Displays
Computing system automates planogram generation by optimizing item placement on modular displays based on physical constraints and sales strategies.
- Gravity Modeling Rifted Continental Margins Using Moho Segmentation
Segmenting regional Moho anomalies from local basement signals improves interpretation accuracy while reducing computational complexity.
- Seismic Noise Attenuation via DNN Signal Separation
Deep neural networks separate seismic signals from interference noise, reducing processing time and labor costs while maintaining extraction accuracy.
- Network Digital Twin for Iterative Route Optimization
An NDT uses iterative procedures to adjust network configurations based on a cost function, reducing manual intervention time.
- Automated Bend Generation for 3D Sheet Modeling
A modeling tool calculates optimal bend parameters to generate conical or cylindrical bends between flat sheets.
- Contextual Graph Force Profile Simulation
A computer system applies physics-based force profiles to graph nodes and links, treating them as particles for dynamic layout adjustment.
- SOC Power Estimation via Sub-Block Weighting
A system on chip power estimation method uses sub-block activity counters and weighting factors to calculate total consumption.
- Adaptive Mesh Transformation for Material Point Method Stability
Transforming partially filled background mesh elements eliminates calculation instability and allows larger time steps in geotechnical simulations.
- Auxiliary Neural Network On-Demand Parameter Generation Circuit
A circuit uses an auxiliary neural network to generate main layer parameters on demand, reducing memory usage and power consumption.
- Digital Twin Learning Device for Mobile Cyber-Physical Systems
A learning device uses a digital twin simulation to adapt machine learning parameters based on internal and external sensor data.
- Dynamic IC Design Flow Automation
Automated design system generates integrated circuit layouts using modular flow modules, resolving complexity in multi-engineer workflows.
- Neural Network Circuit Performance Distribution Learning
A trained neural network generates synthetic circuit performance samples following process variation distributions, replacing slow Monte Carlo simulations.
- Digital Twin Framework for Weld Joint Fatigue Prediction
A digital twin framework predicts weld joint fatigue using structural stress methods and artificial intelligence algorithms.
- Instability Prediction for Sheet Metal Using 3D Strain Space
A computer method calculates equivalent plastic strain using triaxiality and thickness changes to define material instability in a three-dimensional space.
- Hexahedral Mesh Generator Using Shape Decomposition
A hexahedral mesh generator compares existing analysis models with a target to extract and reuse matching shape decomposition parts.
- Radio Channel State Prediction Using Machine-Trained Models
A machine-trained model predicts radio channel states using spatial arrangement data as input parameters for wireless communication networks.
- Convex Hull Fluid Interface Simulation for Surface Tension
Segmenting particles via a convex hull algorithm calculates surface tension, preventing nonphysical internal particle effects.
- Memory-Aware Splay Tree for In-Memory Database Simulation
A memory-aware splay tree migrates nodes between DRAM and NVM based on access frequency, reducing simulation time by up to 68%.
- Debris Flow Initiation Volume Prediction via Soil Column Segmentation
A dynamic prediction system segments slopes into hexagonal soil columns to simulate failure interactions and calculate initiation volumes.
- Magnetization Vector Data Compression via Normalized Integer Storage
Normalized integer conversion compresses magnetization vectors, reducing data file size and processing time in magnetic field simulations.
- SPH Particle Placement in Fluid Simulation
A particle generation unit arranges initial particles inside a structure model using polyhedron geometry for fluid analysis simulation.
- Vibrational Mode Classification via Hierarchical Subdomain Segmentation
A vibrational mode classification method segments simulation data into hierarchical geometric subdomains to automate analysis.
- Hierarchical Lock-Free Structure for 3D Data Loading
Atomic operations hot-plug new data pieces into a hierarchical lock-free structure, preventing deadlocking during multi-threaded 3D rendering.
- Automated Model Inferencing Pipeline for Real-Time Feature Extraction
A model inferencing pipeline extracts features from customer-specific data using pre-stored training datasets.
- Ampacity Calculation System for Overhead Conductors
Ampacity calculation system generates ratings for multiple bare overhead conductors across varying ambient temperatures within a single simulation run.
- OLED Light Emission Orientation via Energy Level Design
A three-component organic light emitting layer uses delayed fluorescent materials to improve material orientation.
- Dynamic CDC Verification with Persistent Identifiers
A dynamic verification method binds clock domain crossing paths to persistent identifiers for unified result tracking.
- Power Electronics Thermal Modeling via Virtual Network
Virtual models with single heat sources and thermal resistors determine network parameters for power electronics devices.
- DEM Contact Data Copying for Parallel Particle Simulation
Information processing apparatus manages contact data across regions to detect and copy cumulative displacements efficiently.
- Circuit Trace Design Optimization Using Neural Network Surrogates
Neural network models predict circuit trace output parameters directly from design inputs.
- Audience Delivery Optimization via Monte Carlo Simulation
An audience delivery optimization system applies Monte Carlo simulations to determine permissible advertisement slot swaps and lift scores for improved scheduling.
- Networked Simulation Artifact Reduction via Delayed Processing Penalty
Delayed processing penalties enforce minimum durations between input generation and state updates, reducing network artifacts and computing resource usage.
- Microstructure Design via Nested-Loop Simulation and Neural Prediction
A nested-loop system pairs finite-element simulation with neural network prediction to generate microstructure designs.
- Ophthalmic Prescription Adjustment Using Simulated Optical Systems
A method adjusts ophthalmic prescriptions by calculating a simulated optical system using supplementary input data.
- Synthetic Data Generation Using Environmental Models
Environmental models extract features to configure simulators, resolving data quality trade-offs in AI training.
- Inverse Design of Nano-Optical Devices Using Controllable GAN
Controllable generative adversarial network generates nano-optical device structures matching target characteristics, reducing computation time and costs.
- Spatial Estimation Model for Neural Radiance Field Training
Arithmetic operation system updates spatial estimation models via direct signal comparison, preserving 3D density distributions to improve training efficiency.
- Multi-rate Parallel Circuit Simulation for Nanometer Design
Multi-rate parallel circuit simulation partitions designs into groups with distinct time steps for optimized processing.
- Automated In Situ Constituent Property Determination for Composite Simulation
Automated software adjusts composite constituent properties using microstructure data to enable accurate material simulation.
- Molecular Dynamics Simulation for Polycarboxylate Superplasticizer Testing
A molecular dynamics simulation models cement paste interfaces to evaluate polycarboxylate superplasticizer performance.
- Virtual Geometry Object for Discrete Element Simulation Analysis
Virtual geometry objects partition complex simulation data to resolve analysis bottlenecks by enabling precise particle identification and dynamic tracking.
- Turbomachine Airfoil Residual Life Assessment via Vibration Response
A processing system computes residual life indicators for cracked airfoils using modal and vibratory stress intensity factors derived from vibration response parameters.
- Resin Behavior Analyzer Fiber Bending Quantification
Computer-aided resin behavior analyzer calculates fiber bending rates using simulation programs.
- Stratigraphic Model Update via Facies Classification and Dissimilarity Minimization
A computer-implemented method updates stratigraphic models by reorganizing data into classes to extract discriminant features.
- Multi-PVT Frequency Prediction via Statistical Regression
A trained model predicts operating conditions for statically timed integrated circuit designs using statistical regression on vectorized timing data.
- Simulation Data Signature Analysis for Deviation Detection
A simulation analysis system generates unique signatures from data extract files to identify deviations between current and prior runs.
- Dummy Particles for Boundary Fluid Simulation Accuracy
A particle-based fluid analysis simulation method uses dummy particles arranged outside the simulation region to calculate flow data.
- Automated Patient-Specific Cranial Implant Design via Digital Mirroring
Digital skull mirroring creates patient-specific cranial implants, replacing manual molding to reduce cost and improve cosmetic precision.