Core counts continue to increase for High-Performance Computing (HPC) systems, but multiple factors may prevent current software from fully utilizing the increased available thread count. Inter-thread communication and serialized execution may hamper…
In the last few years, once popular monolithic application architectures are being dropped in favor of distributed microservice architectures – for reasons of improved resiliency, portability, and scalability. At the technological heart of this transition…
One of the main issues in High-Performance Computing (HPC) systems is the underutilization of resources. Parallel applications partition and distribute compute and data across processors in the system that work together to solve a given problem. In this…
This September, researchers, academics, students and industry experts will gather in Austin, Texas for the fourth annual Arm Research Summit. The Summit is a unique event which focuses on the latest technology developments and challenges across a broad…
Increasingly, intelligent applications are using neural networks at their core to deliver new functionality to users. These applications include language understanding and translation, image recognition, and object tracking and localization. Furthermore…
The Arm ML Research Lab explores cutting edge techniques and state-of-the-art algorithms. One of our primary research thrusts is investigating ways to bring more machine learning applications to Arm's products, and make existing applications more efficient
Arm is changing the landscape of HPC today. Following an exciting ISC 2019, and recent ecosystem announcements set to deliver energy-efficient supercomputing based on Arm technology across three continents, Eric Van Hensbergen, Fellow and Director of HPC Research…
A new £100m institute, based in the centre of Bristol, is set to transform the way we create, utilise and evaluate new digital technologies to benefit our society now and in the future.
In a unique collaboration, University of Bristol engineers…
This blog post was co-authored with Dam Sunwoo.
Temporal data prefetching usually introduces huge on- and off-chip storage and traffic overheads, making them impractical. However, a novel solution proposed by Arm Research and The University of Texas at…
We are pleased to announce our three inspirational keynote speakers, and that early-bird registration for the Arm Research Summit 2019 is now open! Now in its fourth year, the Summit will be coming to the USA for the first time, between 15-18 September…
Last month saw the successful conclusion of the Arm-enabled Cornell Cup final, held against the majestic backdrop of the rockets and space vehicles at NASA’s Kennedy Space Center in Florida. The Arm-enabled Cornell Cup is an embedded design competition…
Embedded memories are a key component of IoT SoCs and recent applications such as Neural Network Accelerators. Unfortunately, SRAM based embedded memory has a large footprint which often covers more than 50% of the silicon area and is responsible for…
For the past four years, researchers at the University of Michigan and Arm Research have collaborated to develop Memory Persistency -- programming models for byte-addressable persistent memory. Prof. Thomas F. Wenisch from the University of Michigan joined…
Arm Research explore, evaluate and develop a number of advanced IoT security techniques, together with collaborators from across academia and industry. One of our current collaborative projects is with NIST in the National Cybersecurity Center of Excellence…