Spinning Electrons to Attain Low-Power Computing
Researchers are working to identify useful properties in antiferromagnets.
Architecture and Hardware
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Establishing Standards for Embodied AI
The complexity of embodied AI systems underlines the imperative need for a standards framework to ensure their safety, reliability, performance, and usability.
A Pioneer in Using AI to Teach Reading
A researcher predicted Mostow’s daughter would learn to read faster with an automated feedback system. Twenty years of productive research and development followed.
A Versal Story in the Era of Hardware AI: Why the Chinese Could Win
Chinese integrators are the ones making the chip company's technology more accessible to a wide range of developers.
Minimal Sufficiency and AI Governance
A voluntary standard for AI accountability must meet known needs of the current community and unknown needs of the future.
Building Foundation Models for Embodied Artificial Intelligence
Delving into the tradeoffs of building foundation models for embodied AI systems.
Anticipating the Year of the AI PC
The neural processing unit, a specialized accelerator, will be a differentiator for AI PCs.
Technical Marvels, Part 4: Leonardo da Vinci’s Robots
Polymath Leonardo da Vinci designed a wide range of machines and instruments over 500 years ago.
Data Breach Prevention: Strategies For Proactive Cyber Defense
Data breach prevention techniques help businesses reduce existing threats or recognize potential risks before they result in a breach.
Making Conversation a Robot’s Command
Recent advances help close the gap between high-level specifications of robotic behavior, and low-level implementations of robotic platforms.
Utilizing Microservice Architectures in Scalable Web Applications
Microservices can be deployed and scaled independently, which facilitates faster development cycles and more resilient applications.
Technical Marvels, Part 3: The Yupana
Yupanas were not only calculating devices, they were possibly also used as architectural models for urban planning.
The chip industry chases advances in lithography to support the next generation of computing devices.
Machine learning and large generative models are emerging that suggest an ability to predict life events.
CS2023: Global Undergraduate Computer Science Curricula
CS2023 builds upon CS2013, the 2013 computer science curricular guidelines.
Leveraging Rust in High-Performance Web Services
Exploring Rust’s steep learning curve and strong impact on Web services.
Artificial Intelligence Is the Crisis We Need
Raising questions about the future of citation metrics and the effectiveness of peer review in a world where authorship may not solely reside with humans.
LLMs hold the potential to work around behavioral problems and make robots more socially acceptable.
When Colorless Green DNNs Sleep Furiously in an Unexplainable Fantasy
Let's bring some sanity to the discussion of LLMs and start thinking seriously about alternatives that could help produce AI that is explainable, reliable, and scalable.
Assistive Robotics Takes a Step Forward
Aiming to transform the lives of the disabled with technologies.
Have technical limitations of the Internet architecture contributed to the rise of doom scrolling on social media?]
Pioneering Sustainable IT with Green Computing
How energy-efficient solutions support sustainable IT.
Builders increasingly are using the additive manufacturing process to “print” new homes.
Shape the Future of Computing
ACM encourages its members to take a direct hand in shaping the future of the association. There are more ways than ever to get involved.
Get InvolvedCommunications of the ACM (CACM) is now a fully Open Access publication.
By opening CACM to the world, we hope to increase engagement among the broader computer science community and encourage non-members to discover the rich resources ACM has to offer.
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