Martin Ashton

Title: Martin Ashton: Innovator in 3-D Graphics Technology

Introduction

Martin Ashton, a prolific inventor based in Hertfordshire, GB, holds a total of 8 patents. His work primarily focuses on advancements in three-dimensional graphics systems. His innovative methodologies and systems have significantly contributed to the technology landscape.

Latest Patents

Among his notable patents is the "3-D graphics texturing system using encrypted textures." This texturing system incorporates an input for receiving object data for the object to be textured. The innovative process entails obtaining encrypted texture data from a store which is then decrypted in a decryption unit. Once decrypted, the texture data generates texture image data for a frame buffer, allowing it to be outputted for display. This patent outlines a method for producing a software application meant for use within a three-dimensional graphics system, wherein instructions for the software application and static texture data are created. The static texture data is encrypted and provided alongside the software instructions. The patent details a mechanism for distributing a protected software application to a target device through a distribution device, ensuring that the encryption definition data is specific to the target device.

Career Highlights

During his career, Martin Ashton worked with reputable companies, including Imagination Technologies Limited and Videologic Limited. His contributions at these organizations have been instrumental in advancing graphic technologies.

Collaborations

Ashton has had the opportunity to collaborate with industry professionals, such as Simon James Fenney and Hossein Yassaie. These partnerships have fostered an environment of innovation and creativity in the field of three-dimensional graphics.

Conclusion

Martin Ashton’s contributions to the field of three-dimensional graphics through his patents and collaborations mark him as a significant inventor in the technology space. His ongoing innovations in encrypted texture systems continue to influence the way graphics are processed and displayed, paving the way for future advancements in the field.