Company Filing History:
Years Active: 2000-2008
Title: Innovations and Patents of Aura Ganz
Introduction
Aura Ganz, an accomplished inventor based in Amherst, MA, is recognized for her significant contributions to the field of media control and wireless communications. With a total of three patents to her name, she has developed innovative technologies that improve data transmission and network efficiency.
Latest Patents
Among her latest innovations is the patent for "Adaptive Media Control." This approach supports the transmission of data streams by addressing Quality of Service (QoS) requirements, such as maintaining minimum throughput and limiting maximum delay. The invention utilizes both a polling manager and a resource manager to provide an admission control procedure, ensuring that only compatible sessions are admitted, thus optimizing the system's network resources. Additionally, her work on the "Energy/Bandwidth Efficient Medium Access Control Protocol for Wireless Packet Networks" focuses on minimizing collisions through a dual-task protocol. This includes mechanisms for collision avoidance and contention resolution, maintaining optimal communication rates and enhancing overall network performance.
Career Highlights
Aura Ganz is affiliated with the University of Massachusetts, where she continues her research and development in cutting-edge technologies. Her academic environment fosters innovation and collaboration, allowing her to push the boundaries of conventional media access controls.
Collaborations
Throughout her career, Aura has collaborated with notable colleagues, including Zvi Ganz and Ilwhan Kim. These collaborations have enhanced her inventions, combining their expertise to advance the field of wireless communication and data streaming technology.
Conclusion
Aura Ganz's contributions to innovation, particularly her three patents, reflect her dedication to improving network efficiency and reliability. Her work not only showcases her inventiveness but also her commitment to enhancing real-time application performance through adaptive technologies. Her ongoing role at the University of Massachusetts promises continued advancements in the realm of media control and wireless networking.