Research Articles

Looking at how to make computers fundamentally more secure, the University of Cambridge with DARPA created CHERI, making compartmentalization more efficient and scalable.

Hardware-based coherence has simplified concurrent programming, and our work shows the improvements in performance and programmability.

It is important in industry to define what we see and how well we see it. This simple yet powerful idea has driven recent developments in the Arm Research ML Lab.

The Barcelona Supercomputing Center – Arm Research Centre of Excellence was formed to recognize the leadership and hard work in pioneering Arm in HPC.

Project Trishul demonstrates the feasibility and readiness of high-density, face-to-face, wafer-bonded 3D stacking technologies for high performance, energy-efficient designs.

A single label is not enough. Label diversity can be introduced by creating several labels for each training example in a way that the ordinal structure allows.

As part of DARPA’s Domain-Specific System on Chip program, Arizona State University assembled a team of academics and industry partners to pioneer a new approach to software-enabled radio frequency.

Designing any power-converter is a matter of compromises. For M0N0, we focused on efficiency at an extremely low output power - but how?

The University of Bristol is committed to making a positive impact in society via their research. What are our sponsored students working on?

The University of Washington’s Processing Systems Lab is pushing the boundaries of energy-efficient compute. Visvesh Sathe explains why Arm Research is a perfect partner.

Our collaboration with the University of Edinburgh supports fundamental research questions across a wide range of computer science.

We have implemented our own LLVM-based ahead-of-time Wasm compiler, named aWsm, offering configurable sandboxing, optimized for performance.

2020 has been an undeniably unique year. In Arm Research, we are taking a look back at some of our favorite blogs from the past year.

To realize the scale of device deployments as envisioned by the Internet of Things (IoT), we inevitably face the issue of how these numerous “Things” are to be powered.

When the University of Michigan partnered with Arm Research on a project for DARPA, there was a remaining technical gap the team needed to bridge, and Arm Research knew the ideal partner.

John Biggs, one of Arm’s founders and a Distinguished Engineer, has been awarded the Ron Waxman Award by the Design Automation Standards Committee (DASC).

Our partnership with the University of Cambridge extends to their PhD students. From soft robotic applications to Armv8-A system-level semantics, get to know them and their research.

In the past few years there has been mushroom style growth in IoT networks. The security aspect of intrusion detection and preventions is generally an afterthought.

When Dr. Timothy Jones finished his PhD and was looking to establish his career, one email to Arm changed everything. It led to new collaborators, invaluable industry insight and a high-level mentor.

M0N0 is advertised at 10nW shutdown power, but it is not all sleeping power. There is a piece of circuit constantly monitoring your battery, ensuring there is enough energy stored for M0N0 to perform…

Smaller, cheaper, more efficient; three considerations when designing a power converter, and one usually prioritises one theme. Designing a power converter for M0N0 is no different.