Communications of the ACM
A Healthy Dose of AI
Building artificial intelligence into medical devices can speed diagnoses and potentially improve treatments and outcomes.
From ACM NewsAn edited collection of advanced computing news from Communications of the ACM, ACM TechNews, other ACM resources, and news sites around the Web.
From ACM TechNews
Computer Vision That Works More Like a Brain Sees More Like People Do
Massachusetts Institute of Technology researchers trained an artificial neural network to function like the brain's inferior temporal cortex to improve computer...
From ACM TechNews
Atlas of Human Brain Blood Vessels Highlights Changes in Alzheimer's Disease
Scientists created a molecular atlas of human brain blood vessels to highlight Alzheimer's disease-related changes across six regions.
From ACM TechNews
Bug-Sized Robots Keep Flying After Wing Damage
Artificial muscles created by Massachusetts Institute of Technology researchers can enable insect-sized aerial robots to repair themselves following damage.
From ACM TechNews
Augmented Reality Headset Enables Users to See Hidden Objects
Massachusetts Institute of Technology researchers have combined computer vision and wireless perception into X-AR, an augmented reality (AR) headset that can visualize...
From ACM TechNews
Engineers Discover Way to Control Atomic Nuclei as 'Qubits'
MIT engineers have formulated a method of controlling the spins of atomic nuclei as quantum bits using two different-colored laser beams.
From ACM TechNews
Quantum Computing Architecture Could Connect Large-Scale Devices
A new quantum computing architecture can facilitate extensible, high-fidelity communication between superconducting quantum chips.
From ACM News
Breaking the Scaling Limits of Analog Computing
New technique could diminish errors that hamper the performance of super-fast analog optical neural networks.
From ACM TechNews
Study Urges Caution When Comparing Neural Networks to the Brain
A study by Massachusetts Institute of Technology researchers revealed the difficulty of comparing neural networks to the brain.
From ACM News
Engineers Fabricate a Chip-Free, Wireless Electronic 'Skin'
MIT engineers have devised a wearable sensor that communicates wirelessly without requiring onboard chips or batteries.
From ACM TechNews
AI System Could Help Counter the Spread of Disinformation
The Reconnaissance of Influence Operations program was developed to identify disinformation narratives and the individuals spreading them via social media.
From ACM TechNews
Helping Robots Collaborate to Get the Job Done
A new algorithm aims to foster cooperation between information-gathering robot teams.
From ACM TechNews
System Detects Errors When Medication is Self-Administered
Massachusetts Institute of Technology researchers have developed a system to detect and reduce errors when patients administer their own medication.
From ACM TechNews
Our Itch to Share Helps Spread Covid-19 Misinformation
A new study has found that when people consume news on social media, their penchant to share that news undermines their ability to assess its accuracy.
From ACM TechNews
Muscle Signals Can Pilot a Robot
A new system taps human muscle signals via wearable sensors to pilot a robot.
From ACM TechNews
Protecting Sensitive Metadata So It Can't be Used for Surveillance
MIT researchers have developed a scalable metadata-protection scheme to shield the information of millions of users.
From ACM TechNews
Low-Cost 'Smart' Diaper Can Notify Caregiver When It's Wet
Researchers have developed a "smart" diaper equipped with a moisture sensor that can alert a caregiver when a diaper is wet.
From ACM TechNews
Using AI to Enrich Digital Maps
A new artificial intelligence model uses satellite imagery to tag road features in digital maps.
From ACM TechNews
Phone Movement Predicts Personality Types
Researchers in Australia used data from the accelerometers in mobile phones to predict users' personalities.
From ACM TechNews
This Robot Helps You Lift Objects--By Looking at Your Biceps
A new robotic system uses machines to help people lift objects by monitoring their muscle movements, producing a smoother robot-human collaboration.
From ACM News