Location History:
- Saint Laurent du Var, FR (2008)
- Saint Laurent du Van, FR (2010)
Company Filing History:
Years Active: 2008-2010
Title: Nabil Khalifa: Innovator in Direct Memory Access Technology
Introduction
Nabil Khalifa is a prominent inventor based in Saint Laurent du Van, France. He has made significant contributions to the field of direct memory access (DMA) technology. With a total of 2 patents, Khalifa's work focuses on enhancing the efficiency and performance of DMA circuits.
Latest Patents
Khalifa's latest patents include innovative designs that improve DMA functionality. The first patent, titled "Multi-threaded DMA," describes a DMA circuit that features a read port and a write port. This multithreaded initiator allows for 'm' threads on the read port and 'n' threads on the write port. The design incorporates decoupled read and write contexts and schedulers, which enhance buffering and pipelining efficiency. This multithreaded DMA transfer enables concurrent channel transfers, significantly improving performance.
The second patent, "Multi-channel DMA with shared FIFO," also focuses on DMA circuits. This design includes a shared data FIFO that can be dynamically allocated to maximize the number of scheduled and concurrently active channels. The FIFO enhances transfer performance, pre-fetch capacity, and buffering, while optimizing pipelining.
Career Highlights
Nabil Khalifa is currently employed at Texas Instruments Corporation, where he continues to develop cutting-edge technologies in the field of DMA. His work has been instrumental in advancing the capabilities of DMA circuits, making them more efficient and effective for various applications.
Collaborations
Khalifa has collaborated with notable colleagues, including Franck Seigneret and Sivayya Venkata Ayinala. These partnerships have contributed to the successful development of his innovative patents.
Conclusion
Nabil Khalifa is a key figure in the advancement of direct memory access technology. His patents reflect a commitment to innovation and efficiency in DMA circuits. His contributions continue to shape the future of this critical technology.