Interoperable Hierarchical Graphs ID: 2014-050
A groundbreaking data structure for consistent hierarchical data storage in multi-user CAD systems.
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Technology Overview
Developed by Eric Bowman and Greg Jensen from Brigham Young University, Interoperable Hierarchical Graphs is an innovative invention designed to standardize the storage and representation of hierarchical data across various CAD clients. This technology differentiates between build-dependent and build-independent hierarchies to maintain geometric accuracy and organizational integrity in a synchronous multi-user environment.
Key Advantages
- Ensures consistent representation of hierarchical data across different CAD systems
- Accommodates complex parts and assemblies with precision
- Supports both build-dependent and build-independent hierarchy types
- Facilitates collaboration in multi-user CAD environments
Problems Addressed
- Variability in hierarchical structures across CAD systems
- Challenges in maintaining geometric accuracy and organizational integrity in collaborative settings
Market Applications
- Enhanced data management and collaboration tools for CAD systems
- Advanced CAD software solutions for engineering and design firms
- Integration services for existing CAD platforms to support interoperable hierarchical graphs
Additional Information
Technology ID: 2014-050
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 06 May, 2025
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