Company Filing History:
Years Active: 2009-2014
Title: Harold D Babb: Innovator in Communication Technology
Introduction
Harold D Babb is a notable inventor based in Cupertino, CA, who has made significant contributions to the field of communication technology. With a total of two patents to his name, Babb's work focuses on enhancing the efficiency and security of data transmission.
Latest Patents
Babb's latest patents include innovations in dual rate communication and analog encryption. The dual rate communication patent describes a dual rate transmitter that utilizes a modulator circuit to generate a quadrature modulated signal. This system includes an amplifier to enhance the signal and a quadrature partial response (QPR) filter to process the amplified signal. This innovative approach allows for improved bandwidth efficiency and power efficiency, making it particularly beneficial for space transmitter solutions.
The analog encryption patent addresses the need for secure information transmission between locations. It presents a method and apparatus for encrypting analog data while minimizing data loss and conserving bandwidth. This invention is particularly relevant in today's digital communication landscape, where the transition from analog to digital has introduced challenges such as increased bandwidth requirements and potential information loss.
Career Highlights
Harold D Babb is currently employed at Lockheed Martin Corporation, where he continues to develop cutting-edge technologies in communication systems. His work has been instrumental in advancing the capabilities of modern communication methods.
Collaborations
Babb has collaborated with notable colleagues, including Michael Brooks and William Joseph Taft, contributing to a dynamic environment of innovation and creativity.
Conclusion
Harold D Babb's contributions to communication technology through his patents reflect his commitment to improving data transmission methods. His work not only enhances efficiency but also addresses critical security concerns in modern communication systems.