Xiaohui Dawn Chen

Title: Innovations by Xiaohui Dawn Chen

Introduction

Xiaohui Dawn Chen is a prominent inventor based in Milpitas, California. She has made significant contributions to the field of network storage solutions, holding two patents that enhance the efficiency of object searching and linking in computer networks. Her work is instrumental in optimizing data management across various network realms.

Latest Patents

Xiaohui Dawn Chen's latest patents include "Efficient search for storage objects in a network" and "Efficiently linking storage object replicas in a computer network." The first patent describes a system and method for efficiently searching for an object within a network comprising multiple local area networks (LANs). This method allows nodes within a LAN to locate objects using only local computing resources, thereby avoiding costly wide area network (WAN) transfers. The system is designed to scale with numerous nodes, ensuring that nodes do not need to be aware of every other node in the network. Additionally, it includes mechanisms for redistributing object location information as nodes are added or removed. The second patent focuses on efficiently linking replicas of a storage object. It details a process where the location of a first replica is stored on a network node, allowing new replicas to be linked efficiently by utilizing the location information of the first replica.

Career Highlights

Xiaohui Dawn Chen is currently employed at Symantec Operating Corporation, where she continues to innovate in the field of network storage. Her work has been pivotal in developing systems that enhance data accessibility and management.

Collaborations

Xiaohui has collaborated with notable colleagues, including Gregory L. Slaughter and Thomas E. Saulpaugh, contributing to advancements in their shared field of expertise.

Conclusion

Xiaohui Dawn Chen's contributions to network storage technology through her innovative patents demonstrate her significant impact on the industry. Her work continues to influence how data is managed and accessed in complex network environments.