Location History:
- Worcester, MA (US) (1998)
- Shrewsbury, MA (US) (1999 - 2004)
Company Filing History:
Years Active: 1998-2004
Title: Ba-Zhong Shen: Innovator in Galois Field Technology
Introduction
Ba-Zhong Shen, a prominent inventor based in Shrewsbury, Massachusetts, has made significant contributions to the field of digital communications and error detection technology. With a remarkable portfolio of 15 patents, he stands out as an innovative force in the tech industry.
Latest Patents
Ba-Zhong Shen's latest patents showcase his expertise in shared Galois field multipliers and error detection in coded bit strings. One of his notable inventions focuses on shared field multipliers that perform multiplications on field elements of varying sizes. This innovation includes computation circuitry that responds to control signals to adapt to input sizes, thus enhancing computational efficiency. Another significant patent involves generating a parity check matrix designed to detect predefined errors in strings of coded bits. This process is essential for ensuring data integrity, as it systematically analyzes syndromes produced by selected values in the matrix.
Career Highlights
Throughout his career, Ba-Zhong Shen has applied his innovative skills at reputable companies, including Quantum Corporation and Maxtor Corporation. His contributions have significantly impacted the fields of data storage and communication technology, showcasing his ability to translate complex mathematical concepts into practical applications.
Collaborations
Ba-Zhong has collaborated with notable colleagues, including Lih-Jyh Weng and Shih Mo. Their teamwork has fostered an environment of creativity and exploration in innovation, leading to the advancement of technologies that benefit various industries.
Conclusion
Ba-Zhong Shen's dedication to innovation in digital technology and commitment to developing practical solutions is evident in his extensive patent portfolio. As he continues to explore new avenues for improvement and efficiency, his work remains influential in shaping the future of technology and data communication systems.