Pradeep Kumar JAYARAMAN

GENERATING VIRTUAL OBJECTS USING AUTOREGRESSIVE MODELS AND MULTI-SCALE TOKENIZATION

GENERATIVE CONSTRAINING AND DIMENSIONING OF COMPUTER-AIDED DESIGN SKETCHES

GENERATIVE CONSTRAINING AND DIMENSIONING OF COMPUTER-AIDED DESIGN SKETCHES

GENERATIVE CONSTRAINING AND DIMENSIONING OF COMPUTER-AIDED DESIGN SKETCHES

TRAINING TRANSFORMER MODELS TO GENERATE MECHANICAL ASSEMBLIES

TRAINING TRANSFORMER MODELS TO GENERATE MECHANICAL ASSEMBLIES

GENERATING MECHANICAL ASSEMBLIES USING HYBRID SEARCH ALGORITHMS AND TRANSFORMER MODELS

CONTROLLING CAD MODEL GENERATION BASED ON MATHEMATICAL INEQUALITIES

TECHNIQUES FOR GENERATING UV-NET REPRESENTATIONS OF 3D CAD OBJECTS FOR MACHINE LEARNING MODELS

INTERACTIVE GENERATIVE DESIGN WITH SENSITIVITY ANALYSIS AND PROBABILITY VISUALIZATION FOR CATEGORICAL DESIGN VARIABLES

INTERACTIVE GENERATIVE DESIGN WITH SENSITIVITY ANALYSIS AND PROBABILITY VISUALIZATION FOR CATEGORICAL DESIGN VARIABLES

INTERACTIVE GENERATIVE DESIGN WITH SENSITIVITY ANALYSIS AND PROBABILITY VISUALIZATION FOR CATEGORICAL DESIGN VARIABLES

MACHINE LEARNING TECHNIQUES FOR SKETCH-TO-3D SHAPE GENERATION

MACHINE LEARNING TECHNIQUES FOR DIRECT BOUNDARY REPRESENTATION SYNTHESIS

MACHINE LEARNING TECHNIQUES FOR DIRECT BOUNDARY REPRESENTATION SYNTHESIS

AUTOMATED DESIGN OF ARCHITECTURAL STRUCTURES FOR FABRICATION WITH STANDARD COMPONENTS

MACHINE LEARNING TECHNIQUES FOR AUTOMATING TASKS BASED ON BOUNDARY REPRESENTATIONS OF 3D CAD OBJECTS

TECHNIQUES FOR TRAINING MACHINE LEARNING MODELS TO AUTOMATE TASKS ASSOCIATED WITH 3D CAD OBJECTS

Techniques for generating UV-net representations of 3D CAD objects for machine learning models

TECHNIQUES FOR GENERATING VISUALIZATIONS OF GEOMETRIC STYLE GRADIENTS

TECHNIQUES FOR COMPARING GEOMETRIC STYLES OF 3D CAD OBJECTS

TECHNIQUES FOR GENERATING SUBJECTIVE STYLE COMPARISON METRICS FOR B-REPS OF 3D CAD OBJECTS