Artificial intelligence can unlock speed and quality improvements in three-dimensional graphics.
Samuel Greengard From Communications of the ACM | August 1, 2023
Even as software grows increasingly complex, artificial intelligence helps to simplify and automate coding tasks.
Samuel Greengard From Communications of the ACM | April 1, 2023
Advances in artificial intelligence permit computers to converse with humans in seemingly realistic ways.
Samuel Greengard From Communications of the ACM | February 1, 2023
Specialized techniques may make it possible to induce selective 'amnesia' in machine learning models.
Samuel Greengard From Communications of the ACM | April 1, 2022
The cost of powering streaming and other rapidly growing online services will not "take down the Internet."
Samuel Greengard From Communications of the ACM | December 1, 2021
Key questions and challenges remain, including how to scale qubit devices while reducing noise and errors to the point where the devices become useful.
Samuel Greengard From Communications of the ACM | November 1, 2021
Researchers are pushing beyond the limitations of convolutional neural networks using geometric deep learning techniques.
Samuel Greengard From Communications of the ACM | January 1, 2021
The desire for faster, higher-frequency wireless networking is a constant. Terahertz technology could deliver large gains.
Samuel Greengard From Communications of the ACM | November 1, 2020
Shifting artificial intelligence to the "edge" of the network could transform computing . . . and everyday life.
Samuel Greengard From Communications of the ACM | September 1, 2020
The ability to produce fake videos that appear amazingly real is here. Researchers are now developing ways to detect and prevent them.
Samuel Greengard From Communications of the ACM | January 1, 2020
Drone technology is poised to enter the mainstream of business and society, but engineering robust controls remains a challenge.
Samuel Greengard From Communications of the ACM | November 1, 2019
A college student discovered a classical computing algorithm that experts overlooked. It promises to change both classical and quantum machine learning.
Samuel Greengard From Communications of the ACM | August 1, 2019
Research into next-generation storage techniques marches forward, yet tape remains the most viable, dependable medium.
Samuel Greengard From Communications of the ACM | April 1, 2019
Genetic engineering technologies are advancing at a furious rate, changing the world one cell at a time.
Samuel Greengard From Communications of the ACM | February 1, 2019
Scientists are simulating biological organisms and replicating evolution in the lab. How far can they expand the boundaries of virtual life?
Samuel Greengard From Communications of the ACM | March 1, 2018
Game simulations are driving improvements in machine learning for autonomous vehicles and other devices.
Samuel Greengard From Communications of the ACM | December 1, 2017
Artificial intelligence promises to change aspects of music ranging from rock concerts to advertising jingles.
Samuel Greengard From ACM News | August 24, 2017
Image recognition technology is advancing rapidly. Researchers are discovering new ways to tackle the task without enormous datasets.
Samuel Greengard From Communications of the ACM | September 1, 2017