M Wasiur Rashid

Title: Innovations by M Wasiur Rashid in Copy Engine Technology

Introduction

M Wasiur Rashid is a notable inventor based in San Jose, CA, recognized for his contributions to processor technology. With a total of four patents to his name, Rashid's innovative work focuses on enhancing the efficiency and flexibility of copy engines within parallel processors.

Latest Patents

Rashid's latest patents showcase advanced methodologies for managing and executing copy operations. One of his significant inventions, titled "Low overhead copy engine fault and switch mechanism," introduces techniques for resolving page faults associated with a copy engine. This invention allows a copy engine within a parallel processor to effectively handle page faults by storing a set of copy commands in memory, which significantly reduces memory demand and enhances operational flexibility.

Another notable patent is "Managing copy operations in complex processor topologies," which describes a subsystem in which logical and physical copy engines work together. This innovation allows multiple copy operations to occur in parallel, optimizing the bandwidth of communication links and improving overall processor efficiency.

Career Highlights

M Wasiur Rashid is affiliated with Nvidia Corporation, a leading technology company known for its advancements in graphics processing and computing technology. Throughout his career, Rashid has made significant strides in the field, leveraging his expertise to influence contemporary processor design and memory management.

Collaborations

Rashid has had the opportunity to collaborate with esteemed colleagues in his field, including Gary Ward and Philip Browning Johnson. These partnerships have contributed to fostering innovative ideas and implementing advanced technologies within their respective projects at Nvidia Corporation.

Conclusion

M Wasiur Rashid's work continues to shape the landscape of copy engine technology and processor efficiency. His contributions through inventive patents reflect a strong commitment to innovation in computing technology, ensuring higher performance and reliability in processing systems.