Our approach to creating a shared Edge computing framework borrows from the cloud, where a user allocates resources in each physical node it requests access to.
Genomics: Optimizing the BWA aligner for Arm Servers
Optimizing performance of Genomics alignment codes for Arm servers.
Addressing the hardware supply chain security challenge
With the proliferation of smart devices, we need to make sure we are protecting our data. But have you ever considered the threat to the hardware supply chain?
New features for optimizing HPC workloads in Arm Allinea Studio 21.0
In this blog, read about new features for optimizing HPC workloads in Arm Allinea Studio 21.0.
What is new in LLVM12 for Arm
This blog provides more details about LLVM 12 for Arm and the new features that it provides.
Breaking down Arm Neoverse performance leadership
In this blog learn how Neoverse V1 and N2 platforms deliver leading performance per-socket and performance per-thread and why that important to cloud customers and operators.
The how and why of estimating SPEC CPU performance for Arm Neoverse cores and reference designs
In this blog we discuss how Arm Neoverse uses the SPEC CPU benchmark to measure reference system performance.
Arm Neoverse V1 Platform: Unleashing a new performance tier for Arm-based computing
In this blog we deep dive into the Neoverse V1 platform features and benefits.
Arm Neoverse N2 Platform: Industry-leading performance and power efficiency for Cloud-to-Edge infrastructure
In this blog we review architectural details and benefits of the new Neoverse N2 platform.
Collaborating without divulging secrets with Veracruz
Veracruz explores how novel, data-intensive distributed systems can be built using Strong Isolation Technologies and remote attestation.
Compiling on Arm for Arm: New native LLVM toolchain on Windows on Arm
This blog explains how the new native LLVM toolchain for Windows on Arm provides big benefits to developers, allowing them to compiling on Arm for Arm.
University of Cambridge: CHERI blossoms
Looking at how to make computers fundamentally more secure, the University of Cambridge with DARPA created CHERI, making compartmentalization more efficient and scalable.
Managing the Peaks for Commercial-Grade SLAM
How do you enable your robot to navigate the complexities of world and be successful with the tasks & jobs you give them? Think about the elements that go into SLAM and learn about best practices for deployment…
How market and technology trends will define the set-top box evolution
This blog explores the key market and technology trends that will define the evolution of set-top box devices in the next three to five years.
Introduction to Robotic Systems - Turtlebot3 Edition (Sample Modules)
ARM UNIVERSITY PROGRAMME EDUCATION KIT TEACHING MATERIALS END USER LICENSE AGREEMENT
1. This Agreement is displayed for you to read prior to use of the teaching materials, course materials, and related…
Simplifying persistent programming with microarchitectural support
Hardware-based coherence has simplified concurrent programming, and our work shows the improvements in performance and programmability.
New NVIDIA HPC developer kit for Arm developers
Let us take a look at the new NVIDIA HPC Developer kit announced during GTC. This blog will also talk about the NVIDIA HPC SDK and Arm Allinea Studio.
Turning ideas into reality with Flexible Access and Arm Approved Design Partners
It takes specialized skills and domain knowledge to convert Arm IP into a System-on-Chip (SoC). A wide variety of skills in architecture definition, IP selection, IP integration, design verification, and…
The Evolving Nature of Work
The rise of Artificial Intelligence (AI) technology and the Internet-of-Things (IoT) is giving rise to a fourth industrial revolution which is already having a fundamental impact on the nature of work…
Ensuring your AI is sure: Any place, anywhere, anytime
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.