Title: Florence L Wong - Innovator in Interactive Computer Networks
Introduction
Florence L Wong is a notable inventor in the field of interactive computer networks. She has contributed to the development of technologies that enhance user interaction and accessibility in computer systems. Despite having no patents registered under her name, her work has significantly impacted the way users engage with applications in a networked environment.
Latest Patents
Florence L Wong's latest patents include "Interactive Computer Network And Method Of Operation." This invention describes a distributed processing, interactive computer network designed to provide a large number of simultaneous users access to various applications featuring interactive text and graphic sessions. The network architecture includes host computers with application data stores, concentrator computers connected to the host computers, and reception system computers that allow users to request interactive applications. The method of operation reduces processing demands on higher-level network elements, thereby decreasing complexity, cost, and response time. Another significant patent is "Method For Presenting Applications In An Interactive Service," which outlines a method for generating screen displays at reception systems in a computer network. This method allows for the concurrent presentation of user-requested applications alongside command functions for managing the display, enhancing user experience and navigation.
Career Highlights
Throughout her career, Florence has worked with various companies, including Filepp and Robert. Her innovative approaches have led to advancements in interactive services and user interface design.
Collaborations
Florence has collaborated with Michael L Gordon, contributing to the development of interactive technologies that improve user engagement.
Conclusion
Florence L Wong's contributions to interactive computer networks demonstrate her innovative spirit and dedication to enhancing user experiences in technology. Her work continues to influence the field, paving the way for future advancements in interactive applications.