Inventors with similar research interests:
Company Filing History:
92 out of 2,977 
86 out of 18,179 
75 out of 39,244 
Years Active: 2007-2025
Areas of Expertise:
Title: Lei Zhang: A Prolific Innovator from Beijing
Introduction:
Lei Zhang, a resident of Beijing, China, is a remarkable individual whose contributions in the field of resource scheduling and bandwidth configuration have garnered significant recognition. With 267 patents to his name, Lei's inventive prowess has made a significant impact on the field of communication systems. This article delves into Lei Zhang's latest patents, career highlights, notable collaborations, and his invaluable contributions to the field.
Latest Patents:
Lei Zhang's most recent patents showcase his innovation in resource scheduling indication methods and apparatus, as well as communication systems. His patent for the resource scheduling indication method involves the transmission and reception of resource scheduling information between network devices and terminal equipment. By effectively allocating uplink transmission resources, this method optimizes communication processes and enhances overall efficiency.
Furthermore, Lei Zhang's configuration method and apparatus for bandwidth part indicators enable terminal equipment to determine an active bandwidth part based on received configuration information and downlink control information. This innovation brings about greater flexibility in multi-TRP (transmission point) or multi-panel operation-related modes, enhancing system performance and adaptability.
Career Highlights:
Lei Zhang's remarkable career spans across notable companies in the industry. He has made significant contributions during his tenure at Boe Technology Group Co., Ltd. and Hefei Xinsheng Optoelectronics Technology Co., Ltd. Under these esteemed organizations, Lei Zhang has showcased his intellectual prowess by developing innovative technologies and solutions for resource scheduling and communication systems.
Collaborations:
Lei Zhang's expertise has been further strengthened through collaborations with esteemed colleagues. Collaborating with Wei-Ying Ma and Xin Wang, two accomplished individuals in the field, has allowed Lei to work alongside like-minded individuals who share his passion for innovation and technological advancement. Together, they have contributed to the advancements in resource scheduling indication methods and bandwidth configuration practices.
Conclusion:
Lei Zhang's inventive spirit, showcased through his extensive patent portfolio, highlights his invaluable contributions to the field of communication systems. His resource scheduling indication methods and apparatus, as well as bandwidth part configuration methods, have enhanced the efficiency and adaptability of communication systems. Collaborating with esteemed colleagues and working for renowned companies, Lei Zhang continues to push the boundaries of innovation, setting new benchmarks in the industry. We eagerly await further discoveries from this prolific innovator from Beijing.