Company Filing History:
Years Active: 2009
Title: Graeme Edwin Pope: Innovator in LDPC Code Decoding
Introduction
Graeme Edwin Pope, an accomplished inventor based in Newtown, Australia, has made significant contributions to the field of communication technologies. With one patent to his name, he has focused his work on enhancing the efficiency and effectiveness of decoding methods for LDPC (Low-Density Parity-Check) codes.
Latest Patents
His notable patent, titled "Method and apparatus for block and rate independent decoding of LDPC codes," introduces innovative methods and apparatus designed for flexible decoding of LDPC codes. This patented technology allows for support of multiple code block lengths and rates, alongside a variable parity check matrix. The invention emphasizes a sophisticated approach where the LDPC decoders can decode codes based on a parity check matrix made up of numerous sub-matrices, each defined by a single entry per row and column. Furthermore, the inclusion of Phi-nodes in the design enhances its functionality, as these nodes utilize memory devices with selectable memory elements that can be disabled or enabled at run-time, thus optimizing decoding processes.
Career Highlights
Graeme works at Agere Systems Inc., where he collaborates closely with a team of skilled professionals. His efforts in developing advanced LDPC decoders underscore his commitment to pushing the boundaries of communication infrastructure.
Collaborations
Among his notable coworkers are Mark Andrew Bickerstaff and Benjamin John Widdup, with whom he engages in innovative projects that aim to transform decoding processes in telecommunications. Their collective expertise drives the advancement of technology that supports modern communication systems.
Conclusion
Graeme Edwin Pope's innovative work on decoding methods for LDPC codes positions him as a key figure in enhancing communications technology. His patent reflects a commitment to innovation and collaboration, which continues to impact the industry positively. The future looks promising for this inventor, as his contributions pave the way for more efficient communication solutions.