Steven Wong

Title: Innovations by Inventor Steven Wong in Data Transmission

Introduction

Steven Wong, an innovative inventor based in Long Beach, California, has made a significant impact in the realm of data transmission technologies. With a keen focus on enhancing system performance, he has successfully secured one patent that addresses the challenges posed by overloaded data transmission systems.

Latest Patents

Wong's patent, titled "Method and System for Efficient Packet Data Transport", introduces a novel approach to regulate data transmission between source and destination nodes. This method emphasizes the importance of monitoring system performance to identify when the system reaches an overloaded state. By measuring the time intervals during which instructions are queued at the destination node, the system can effectively determine overload conditions. When an overload is identified, namely if the queuing time exceeds a predefined threshold, data transmission is temporarily suspended until the system recovers. This intelligent management of data transmission enhances reliability and efficiency in network communications.

Career Highlights

Steven Wong currently works for Wonderware Corporation, a company renowned for its contributions to industrial automation and data management solutions. His role involves collaborating with fellow innovators to develop advanced technologies that improve operational efficiencies across various sectors.

Collaborations

Throughout his career, Wong has worked alongside colleague Roger Knobbe. Their collaboration focuses on pushing the boundaries of data transport techniques, ensuring that the solutions they develop not only meet industry standards but also anticipate future needs in data transmission.

Conclusion

With a patent that offers a sophisticated approach to managing data transmission during overloaded states, Steven Wong exemplifies the spirit of innovation in tech. His work at Wonderware Corporation and collaboration with other professionals like Roger Knobbe continue to pave the way for advancements that will shape the future of efficient data communication systems.