Location History:
- Burlington, MA (US) (1976)
- Boston, MA (US) (1977 - 1985)
- West Boxford, MA (US) (1987)
Company Filing History:
Years Active: 1976-1987
Title: **Jerry L. Holsinger: A Pioneer in Signal Structures**
Introduction
Jerry L. Holsinger, based in Boston, MA, is a notable inventor with a significant contribution to the field of data communications. With a total of eight patents to his name, Holsinger has developed innovative solutions that enhance the efficiency and reliability of data transmission.
Latest Patents
Among his latest patents are two groundbreaking inventions related to signal structures. The first, titled "QANI Trellis-coded signal structure," introduces a high-speed signal structure designed to minimize error probabilities in the presence of both additive and multiplicative noise. This invention modifies Viterbi decoding to consider the multiplicative noise energy content of the received signal. The second patent, "Signal structure for data communication," also focuses on high-speed data transmission, employing an encoder that produces a QAM signal based on the new signal structure while utilizing a decoder to transform received QAM signals back into digital values.
Career Highlights
Throughout his career, Holsinger has worked at several companies, including Infinet LLC and Inter-Tel, Inc. His roles at these organizations allowed him to apply his innovative ideas and develop technology that has significantly impacted the field of telecommunications.
Collaborations
Holsinger's journey has also been shaped by notable collaborations with colleagues such as David L. Lyon and Don I. Falkenstein. These partnerships have fostered a creative and innovative environment, leading to advancements in data communication technologies.
Conclusion
Jerry L. Holsinger's contributions to the realm of data communications, evidenced by his patents and collaboration with esteemed colleagues, mark him as a pivotal figure in this industry. His work continues to inspire innovations that improve data transmission and communication efficiency.