Company Filing History:
Years Active: 2017
Title: Sicong Song: Innovator in Self-Adaptive Network Control
Introduction
Sicong Song, hailing from Guangdong, China, is a notable inventor recognized for his contributions to network communication technologies. With a focus on enhancing data throughput and resilience in networks, Song holds a significant patent that addresses a common challenge in network transmission.
Latest Patents
Sicong Song's patent, titled "Self-adaptive network control transmission method and system based on TCP," showcases his innovative approach. This invention introduces a self-adaptive network control transmission method that creates a network coding layer between the transmission layer and IP layer at both sending and receiving nodes. By integrating network-coding headers containing specific variables into coding and ACK packets, the system can dynamically adjust the redundancy factor R based on real-time variables. This advancement significantly increases network throughput while improving resistance to burst loss.
Career Highlights
Currently, Sicong Song is affiliated with the Peking University Shenzhen Graduate School. His work in this esteemed institution allows him to push the boundaries of technology through research and development. With only one patent under his name so far, his innovative method demonstrates a deep understanding of network architectures and the vital role of adaptability.
Collaborations
Throughout his career, Song has collaborated with notable colleagues including Hui Li and Kai Pan. These partnerships not only enhance the innovative capacity of their projects but also provide a platform for sharing insights and fostering creativity within their field.
Conclusion
Sicong Song is an inventive force in the realm of network communication. His innovative self-adaptive network control system highlights the potential for improvements in data transmission efficiency and reliability. As he continues his endeavors at Peking University Shenzhen Graduate School, the technology community will undoubtedly be eager to see how his work evolves and influences future innovations in this critical area.