At the heart of computing at the edge, we find efficient low-power signal processors and ML accelerators. However, limits on compute and memory resources restrict the size and the complexity of the ML…

Read this blog and meet the keynote speakers of the virtual Arm Research Summit.

Presenting his SkyTalk at DAC 2020, Greg Yeric discusses his predictions for design and manufacturing in 2030.

In this blog, read about how Arm Research is working with the U.S. Defense Advanced Research Projects Agency (DARPA) on the Automatic Implementation of Secure Silicon (AISS) program.

Neural networks are becoming widely used in computer interaction, but in real-world scenarios we see errors. We’ve recently completed research into edge distillation to solve this problem.

The story behind our flexible processors paper started with how to make billions of everyday things smart.

Registration is now open for the virtual Arm Research Summit 2020. This year we are discussing global technology challenges. Join us for free, September 9-11.

Mango is an open source Python library for hyperparameter optimization, built for AutoML systems. Developed by Arm Research, Mango presents many useful features.

Researchers can now get free access to Arm IP and tools for academic research use more easily than ever before, with the launch of Arm Flexible Access for Research.

Celebrating International Women in Engineering Day, we take a look back at some of our favourite and inspirational talks from women engineers.

Arm has prioritised security, introducing TrustZone. A key component of TrustZone is the Secure Monitor, providing context switching between REE and TEE.

Memory consistency models define the ordering of loads and stores to non-overlapping addresses. We explore the more relaxed memory consistency models, and the ordering of persists.

Arm Research Collaboration's Centres of Excellence represent our collaborative links with academia, supporting cutting-edge research. The University of Southampton is one of these Centres where we part…

As cloud computing has become more pervasive, services providing new run-time options and programming models have emerged. The final part of the SMARTER series explore EdgeFaaS, with features including…

Academic researchers can now get free access to Arm Cortex-A5 for academic use, including full subsystem RTL to open up new research opportunities.

Part four of the SMARTER series, edge devices are typically behind firewalls, making it impossible to connect to them with SSH. Deploying an application to a remote edge device may show problems once the…

Part three of the SMARTER blog, smarter-device-manager enables containers deployed using Kubernetes to access devices available on the node. A capability essential for IoT applications running at the edge…

The design of deep learning (DL) neural network (NN) models targeting mobile devices has advanced rapidly over the last couple of years. Important computer vision tasks have led a community-wide transition…

Architecture simulators are a key tool in the computer architecture toolbox. They provide a convenient model of real hardware at a level of abstraction that makes them faster and more flexible than low…

Part two of the SMARTER blog series, decentralizing applications from data centers to machines closer to where valuable data is collected has become an catalyst for rethinking the way we manage application…

The decreasing cost and power consumption of intelligent, interconnected, and interactive devices at the edge of the internet are creating opportunities to instrument our cities, factories, farms and environment…