Company Filing History:
Years Active: 2017
Title: **Innovative Genius: Jeffrey Andrew Koul and His Contributions to Acknowledgment Systems**
Introduction
Jeffrey Andrew Koul, a skilled inventor located in Severna Park, Maryland, has made significant contributions to the field of data communication. With one patent to his name, Koul has developed a unique method that enhances the efficiency of acknowledgment broadcasts in network systems.
Latest Patents
Koul's notable patent is titled **"Dense Acknowledgment Broadcast/Multicast"**. This invention introduces a method for operating a central node that acknowledges received messages from multiple instances of message-sourceable end nodes. Each end-node instance has a substantially unique identification (ID). The process involves receiving multiple data messages and sending a dense acknowledgment message, referred to as **"dense ACK."** This message confirms receipt without specifically identifying the IDs of the end-node instances. Additionally, Koul's patent presents a method for end nodes to infer the delivery condition of sent messages by analyzing the payload of the received dense ACK.
Career Highlights
At Link Labs, Inc., Koul has honed his expertise in data communication technologies. His work has contributed to developing innovative solutions that improve messaging efficiency in complex networks. His career reflects a commitment to advancing communication methods through inventive thinking.
Collaborations
Throughout his career, Koul has collaborated with fellow innovators, including Adrian Sapio and Allen Welke. These partnerships have allowed for the sharing of ideas and knowledge, fostering an environment of creativity and progress within the team at Link Labs, Inc.
Conclusion
Jeffrey Andrew Koul stands out as an inventor dedicated to enhancing the field of data communication. With his patent on dense acknowledgment systems, Koul has made a meaningful impact on how data messages are processed and acknowledged in network settings. His work continues to inspire innovation and efficiency in communication technologies.