Company Filing History:
Years Active: 2012
Title: The Innovative Mind of Di Wang: Advancements in Network Topology
Introduction: Di Wang is an esteemed inventor based in Troy, NY, with a notable contribution to the field of wireless networking. His groundbreaking patent centers around the ranking of nodes in networks structured as directed acyclic graphs. With a solid understanding of complex network systems, he aims to improve multi-hop wireless communication.
Latest Patents: Di Wang holds a patent titled "Ranking nodes in networks with topologies arranged as directed acyclic graphs." This innovative invention offers a comprehensive system and method for assessing the rank of nodes within a multi-hop wireless network. The system involves a gateway node, client nodes, and relay nodes, with a focus on maximizing the efficiency of data transmission through advanced metrics such as expected transmission time (ETX).
Career Highlights: Di Wang has achieved significant milestones throughout his career in the tech industry. He is currently associated with Mitsubishi Electric Research Laboratories, Inc., where he collaborates with other brilliant minds in the field, furthering research and development in network technologies. His work revolves around enhancing communication systems and optimizing network performance.
Collaborations: Di Wang has had the privilege to collaborate with talented individuals such as Zhifeng Tao and Jinyun Zhang. Together, they engage in innovative research, striving to push the boundaries of technology and improve existing systems. Their combined efforts are instrumental in advancing methodologies in network ranking and connectivity.
Conclusion: The innovative contributions of Di Wang to the field of network topology represent a significant advancement in wireless communication technology. With a patent that addresses the complexities of node ranking in directed acyclic graphs, he stands at the forefront of technological innovation. As he continues to collaborate with leading researchers, the potential for future groundbreaking inventions remains vast.