Company Filing History:
Years Active: 1997
Title: Shuta Uwano: Innovator in Distortion Compensation Technology
Introduction
Shuta Uwano, an accomplished inventor based in Yokosuka, Japan, has made notable contributions to the field of signal processing. With a focus on enhancing the precision of distortion compensation, Uwano's innovative approach has the potential to significantly impact telecommunications and signal transmission technology.
Latest Patents
Uwano holds a patent for a distortion compensator that enables high-precision control of distortion compensation. The patent outlines a method where a received signal is split into two components. The first signal mimics the distortion characteristics from the transmitting side, while the second signal undergoes controlled adjustments of phase and amplitude. By combining these two signals, the desired signal is suppressed, allowing for the extraction of the distortion component. This complex process, managed through correlation detection, effectively compensates for distortion at the receiving end, leading to a reduction in the size of transmitting equipment.
Career Highlights
Uwano is affiliated with Nippon Telegraph and Telephone Corporation, where he applies his innovative ideas to develop advanced technologies in telecommunications. His work has been recognized within the industry for its relevance in improving signal integrity and transmission efficiency.
Collaborations
In his professional journey, Shuta Uwano collaborates with Kazuji Watanabe, a talented inventor who contributes her insights and expertise to their joint projects. Their teamwork has been vital in pushing the boundaries of technology in the field of signal processing.
Conclusion
Shuta Uwano represents the spirit of innovation within Japan's technology sector. His patent on the distortion compensator showcases his dedication to solving complex problems in telecommunications. As he continues to collaborate with skilled professionals, his contributions are likely to pave the way for further advancements in signal processing technologies.