Susan D Wright

Title: Innovative Patents by Susan D Wright: Revolutionizing Polling and System Bus Extension

Introduction:

In the world of technology and innovation, individuals like Susan D Wright play a vital role in pushing boundaries and introducing new ideas. Hailing from Salt Point, NY, Susan D Wright has made significant contributions to the field with her inventions and patents. This article highlights two of her latest patents, namely the Efficient Polling Technique using Cache Coherent Protocol and the Method and System for Extending System Buses to External Devices.

Efficient Polling Technique using Cache Coherent Protocol:

Susan D Wright's patent presents an innovative alternative to traditional polling techniques. This technique aims to enhance system performance by utilizing the processor's cache structure instead of polling across system buses. By mapping the polling status location in the processor's cachable address space, the polling occurs to a normal cachable location within the processor. When the device completes its task, it invalidates the cache line corresponding to the poll location, which prompts the polling loop to exit. The processor automatically reloads the updated status value from the device, minimizing bus traffic and allowing the bus to remain available for other agents during the polling loop. This technique efficiently improves system performance while reducing unnecessary bus congestion.

Method and System for Extending System Buses to External Devices:

In her second patent, Susan D Wright introduces a method and system for rapid data transfer between a system bus and an external device connected via a cable. This invention addresses the challenge of transferring data between a computer system's internal bus and an external device, such as an external processor. By implementing an interface module equipped with buffers for storing data, the interface module acts as a bridge along the cable, facilitating efficient data transmission between the internal bus and the external processor. Control circuitry within the interface module ensures seamless data transfer, emulating direct transfer between the internal bus and a processor connected directly to it. This innovation enables fast and reliable data transfer, enhancing overall system performance and connectivity.

Company and Collaborators:

Susan D Wright's exceptional work is backed by her affiliation with the renowned International Business Machines Corporation (IBM). As part of the talented team at IBM, Susan collaborates with esteemed colleagues like Joseph L Bradley and Brad W Michael, further driving innovation and technological advancements in the industry.

Conclusion:

Susan D Wright, an accomplished inventor based in Salt Point, NY, has undoubtedly made remarkable contributions to the field of technology. Her patents showcase her innovative thinking and problem-solving abilities, with a specific focus on improving system performance through efficient polling techniques and extending system buses. Susan's collaboration with International Business Machines Corporation (IBM) and her association with notable colleagues further highlights her dedication to innovation and the pursuit of cutting-edge technologies. Through her inventions, Susan D Wright continues to shape the future of technology, leaving a lasting impact in the industry.