Company Filing History:
Years Active: 2005
Title: The Innovations of Eric John Hansen in Frequency Compensation Technology
Introduction: Eric John Hansen is an inventive mind hailing from Lynchburg, Virginia, known for his contributions to automatic frequency compensation technology. With a focus on enhancing short-range wireless applications, Hansen has dedicated his expertise to developing innovative solutions that improve the efficiency and performance of communication systems.
Latest Patents: Hansen holds a patent titled "Fine-stage automatic frequency compensation in post-detection short-range wireless applications." This invention introduces a data-pattern feedback mechanism into the peak detection process of an automatic frequency compensation system within a Gaussian Frequency Shift Keying (GFSK) modulated framework. His mechanism enables rapid and precise fine-stage automatic frequency compensation (AFC) by updating maximum positive and negative peak registers based on detections during a sequence of identical binary bit values. This advancement allows for quick determination of peak frequencies and subsequent adjustments that refine the frequency offset towards an ideal state.
Career Highlights: Currently, Hansen is associated with Agere Systems Inc., where he collaborates with fellow experts in the field. His work has made significant contributions to the realm of wireless communication, particularly in improving the accuracy of frequency adjustments in modulated systems.
Collaborations: Within his tenure at Agere Systems Inc., Hansen has worked alongside notable colleagues, including Wenzhe Luo and Zhigang Ma. Their collective efforts have propelled advancements in communication technology, focusing on innovative solutions for frequency compensation.
Conclusion: Eric John Hansen is a distinguished inventor whose work on automatic frequency compensation has set a benchmark in wireless communication technology. His patent serves as a testament to his innovative spirit and commitment to enhancing the efficiency of data transmission systems, reflecting the ongoing evolution of technology in the modern world.