Mixing and matching chiplets with different capabilities allows designers to optimize platforms for specific functions or use cases.
Architecture and Hardware
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Technical Marvels, Part 7: Musical Clocks and Organs
Many clocks, automaton figures, furniture, and jewelry have built-in musical mechanisms.
Using Generative AI to View Questions Through Different Academic Disciplines
A scenario to access knowledge can broaden our understanding and help us compare different ways of understanding the world.
A Brief History of Blockchain Interoperability
Four trends shaping today's interconnected blockchain ecosystems.
No Generalization without Understanding and Explanation
LLMs, at least in their generative capabilities, will never be able to perform high-level reasoning like what's needed in deep language understanding, problem solving, and planning.
Intense competition among organizations has made open-sourcing LLMs an attractive strategy that's leveled the competitive field.
Nobel Laureates Consider the State of Quantum Computing
Most experts are reluctant to predict when a large-scale quantum computer will be commercialized.
Technical Marvels, Part 6: Musical Automatons
Music automatons range from singing birds and music boxes to barrel organs and self-playing pianos.
A “mugshot to mugshot” comparison of two images of a face is essentially a solved problem thanks to neural networks, experts say.
Fort Knox Your Data: A Guide to Access Controls
Regular audits and continuous monitoring are critical for identifying and addressing potential security vulnerabilities.
Non-Volatile Memory Technology Poised for Game-Changing Breakthrough
The advantages of phase-chain memory superlattices are clear and demonstrably outweigh potential crosstalk concerns.
The Promises and Possibilities of Scenarios We Can Create
The way we ask a generative AI chatbot a question affects the way it is answered.
The resilience of Internet applications is reduced by making assumptions about connectivity that do not always hold true.
Design and engineering teams increasingly are turning to classical and generative AI to rethink, reinvent, and remake the modern microchip.
Societal Impacts of Embodied AI
A reliance on AI systems for routine tasks and emotional support could lead to a deterioration of communal bonds and increased social isolation.
A Guide to Managed Backup and Disaster Recovery
Modern services go above and beyond the simple creation of data copies, adding managing, monitoring, and recovery of an organization’s data whenever necessary.
Alive and Well, As a Matter of Fax
Billions of documents are sent by fax each year. These are not the last gasps of a dying technology.
Spinning Electrons to Attain Low-Power Computing
Researchers are working to identify useful properties in antiferromagnets.
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.
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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