Dusan Radosevic

Title: Innovations of Dusan Radosevic

Introduction

Dusan Radosevic is a notable inventor based in San Diego, CA. He has made significant contributions to the field of computer networks, particularly in congestion control and queue management. With a total of 4 patents, his work reflects a deep understanding of network dynamics and innovative solutions to complex problems.

Latest Patents

One of his latest patents is titled "Method for controlling congestion in intermittently-connected and lossy computer networks." This method involves determining a payoff score for each active flow of network traffic at a local network node. The score is based on a pricing model that considers both sojourn time and queue position of packets. The method also includes allocating unused buffer space across active flows and controlling the rate of packet reception based on each flow's payoff score.

Another significant patent is the "Reinforcement-learning based queue-management method for undersea networks." This computer-implemented method shapes traffic in dynamic networks by measuring network states and classifying packets based on quality-of-service requirements. It utilizes a deep reinforcement learning agent to maximize long-term rewards and allocate transmission bandwidth effectively.

Career Highlights

Dusan Radosevic works for the USA as represented by the Secretary of the Navy. His role involves applying his expertise in network management to enhance communication systems. His innovative approaches have led to advancements in how networks handle congestion and manage traffic efficiently.

Collaborations

Throughout his career, Dusan has collaborated with notable colleagues, including Michael W. Pfetsch and Pedro Andres Forero. These collaborations have contributed to the development of cutting-edge technologies in network management.

Conclusion

Dusan Radosevic's contributions to the field of computer networks through his patents and innovative methods demonstrate his commitment to advancing technology. His work continues to influence how networks operate, ensuring more efficient communication in various applications.