Kenneth G Keels

Title: Kenneth G Keels: Collaborative Innovations in Accelerator Interface Technologies

Introduction:

Kenneth G Keels, a resident of Georgetown, TX, has emerged as a prominent figure in the field of innovations and patents through his remarkable contributions. With a solid background in technology and a penchant for collaboration, Keels has actively engaged with fellow inventors, researchers, and industry experts to develop groundbreaking technologies. This article will explore Keels' latest patents, highlight his career accomplishments, and shed light on his noteworthy collaborations.

Latest Patents:

Keels' recent patents revolve around cutting-edge technologies in the realm of accelerator interface and congestion control for IP-routable RDMA over converged ethernet. Let's delve into two of his notable innovations:

1. Technologies for Accelerator Interface:

Keels' invention focuses on an accelerator interface over Ethernet. In this technique, a compute device's network interface controller receives a data packet. If it determines that the packet requires pre-processing with a remote accelerator device, the controller encapsulates it in an encapsulating network packet and transmits it to a remote accelerator device on another compute device. The remote accelerator device performs the necessary pre-processing and sends the packet back to the network interface controller, which then forwards it to the compute device's processor. This technology enhances the efficiency of data processing in a distributed computing environment.

2. Congestion Control for IP-Routable RDMA over Converged Ethernet:

Keels' patent addresses congestion control challenges in remote direct memory access (RDMA). It involves a requester device and a responder device communicating over an Ethernet network, utilizing RDMA over Converged Ethernet version 2 (RoCEv2) packets. The responder device identifies congestion-marked packets received from the network and sends acknowledgment packets with an express congestion notification bit in the RDMA base transport header. The requester device adjusts its congestion window based on the number of congested and total packets acknowledged. These congestion control mechanisms significantly improve network performance and stability.

Career Highlights:

Throughout his career, Kenneth G Keels has made remarkable contributions to the technology industry. His expertise lies in the fields of accelerator interfaces, network protocols, and system architecture. Keels has been associated with prestigious organizations such as Intel-ne, Inc. and Intel Corporation, where he honed his skills and expertise in developing innovative solutions.

Collaborations:

Keels has achieved success by actively collaborating with industry peers and fellow inventors. Notable among his collaborator list are Brian S Hausauer and Robert O Sharp. These partnerships play a pivotal role in bringing together diverse expertise, knowledge, and perspectives, leading to the development of transformative technologies.

Conclusion:

Kenneth G Keels, with his dedication to innovation and collaboration, has made substantial contributions to the world of accelerator interface technologies. With a remarkable portfolio of 22 patents, including advancements in accelerator interface and congestion control for RDMA over converged ethernet, Keels reaffirms his position as a distinguished inventor. His collaborations and career highlights further showcase his commitment to pushing technological boundaries and fostering advancements in the industry.