Jeffrey Alan White

Title: Jeffrey Alan White: Inventor in Computer Graphics

Introduction

Jeffrey Alan White is an inventor based in Austin, Texas, whose patent work addresses computer-implemented graphics systems. His inventions explore ways to represent complex objects and simulations and to make object placement and manipulation more manageable. White is associated with Autodesk, Inc. His patent portfolio includes 2 patents.

Latest Patents

White’s listed patents focus on graph-based modeling and the handling of geometric and behavioral constraints in graphics software.

“Modeling Objects, Systems, and Simulations by Establishing Relationships in an Event-Driven Graph in a Computer Implemented Graphics System” describes a framework for representing three-dimensional graphical objects, systems, and simulations as directed multi-graphs. Nodes can represent graphic objects, rules, attributes, properties, behaviors, finite state machines, or other components, while edges define relationships such as connectivity, data, constraints, and event filters. Events traverse the graph, and nodes can respond according to the traversal and the graph’s state.

“Extrapolation of Behavioral Constraints in a Computer-Implemented Graphics System” concerns simplifying or filtering objects that have geometric data and behavioral constraints. The system can create a less complex temporary object with selected geometric information and constraints, allowing a user to position or manipulate it. After placement, the original object replaces the temporary one.

Career Highlights

White’s patent work reflects an interest in making graphics systems more flexible and practical. The graph-based approach supports varied component types and relationships, while the constraint-focused invention offers a way to work with simplified representations during object placement.

Collaborations

White’s listed coworkers include William Bradley Williams and Alfredo Contreras. His work is associated with Autodesk, Inc.

Conclusion

Jeffrey Alan White’s patents address two complementary challenges in computer graphics: representing complex systems through event-driven relationships and simplifying constrained objects for easier manipulation.