Real-time Acyclic Import Verification ID: 2015-014
A pioneering technology aimed at resolving functional incompatibilities between proprietary CAD systems in real-time, multi-user environments.
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Technology Overview
The technology, developed at Brigham Young University, introduces a method for real-time, acyclic import verification to enhance predictability, reduce resource consumption, and improve response times during the incorporation of data from diverse CAx systems. This invention is particularly relevant for industries that rely heavily on CAD systems for their design and manufacturing processes, such as automotive and aerospace.
Key Advantages
- Enhances predictability in real-time, multi-user interoperable environments
- Reduces computing resource consumption
- Improves response times for incorporating data from various CAx systems
- Facilitates efficient management of functional incompatibilities between different proprietary CAD systems
Problems Addressed
- Functional incompatibilities between features generated by different proprietary CAD systems
- High resource consumption in real-time data incorporation
- Unpredictability and inefficiency in multi-user CAx environments
- Automotive industry for optimizing design and manufacturing processes
- Aerospace sector for improving the integration of complex design data
- Defense contractors like Raytheon for enhancing interoperability and reducing design cycle times
- Software developers focusing on CAD/CAM/CAE solutions
Additional Information
Technology ID: 2015-014
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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