Mark David Hahm

Title: Mark David Hahm - Innovator in Communication Technology

Introduction:

Mark David Hahm, a prolific inventor based in Flanders, NJ (US), has made significant contributions in the field of communication technology. With four patents to his name, Mark's innovative solutions have pushed the boundaries of decoding methods and signal processing techniques.

Latest Patents:

Mark's latest patents showcase his expertise in communication systems. One notable invention is the "Viterbi decoding using single-wrong-turn correction." This groundbreaking method eliminates the need for additional circuitry by utilizing survivor information to explore alternative paths, resulting in improved performance over traditional decoding algorithms.

Another noteworthy patent is the "Device and method for limiting peaks of a signal." This invention introduces a novel approach to peak isolation and signal filtering, ultimately reducing the peak-to-average ratio without introducing unwanted spectral artifacts.

Career Highlights:

Mark David Hahm is associated with Lucent Technologies Inc., a leading telecommunications company known for its innovative solutions in the industry. Through his work at Lucent Technologies Inc., Mark has demonstrated a keen understanding of complex communication systems and a knack for developing efficient solutions.

Collaborations:

In his professional journey, Mark has collaborated with esteemed colleagues such as R Michael Buehrer and Shang-Chieh Liu. Together, they have worked on cutting-edge projects that have furthered the field of communication technology and enhanced the company's reputation for innovation.

Conclusion:

Mark David Hahm's inventive spirit and technical expertise have cemented his position as a prominent figure in the realm of communication technology. His patented solutions not only demonstrate his ingenuity but also reflect his dedication to advancing the field. As he continues to innovate and collaborate with industry experts, Mark's contributions are poised to shape the future of communication systems.