0 | -- | 0 | Brian Clegg. Agent provocateur |
5 | -- | 0 | Andrew A. Chien. Four aspirations for ACM 2032 |
6 | -- | 7 | Vicki L. Hanson, Jennifer T. Chayes. ACM at 75 |
9 | -- | 0 | Moshe Y. Vardi. War and tech (and ACM) |
11 | -- | 0 | Asim Munawar. How a shopping mall trip inspired me to work in neuro-symbolic AI |
12 | -- | 13 | Scott E. Delman. Thanks for the progress to date! |
15 | -- | 23 | CACM Staff. ACM's 2022 general election: please take this opportunity to vote |
24 | -- | 25 | Jason Hong. Modern tech can't shield your secret identity |
27 | -- | 29 | Chris Edwards. Neural networks learn to speed up simulations |
30 | -- | 31 | Gregory Mone. Raising robovoices |
32 | -- | 34 | Keith Kirkpatrick. Artificial intelligence and mental health |
36 | -- | 38 | Blake Reid. Two paths for digital disability law |
39 | -- | 41 | John Wroclawski, Terry Benzel. Cybersecurity as illuminator for the future of computing research |
42 | -- | 44 | Aman Yadav, Marie K. Heath, Anne Drew Hu. Toward justice in computer science through community, criticality, and citizenship |
45 | -- | 47 | Reinhard von Hanxleden. Information: 'I' vs. 'we' vs. 'they' |
48 | -- | 55 | Reynold Xin, Wes McKinney, Alan Gates, Chris McCubbin. It takes a community - : the open source challenge |
56 | -- | 58 | Alvaro Videla. Meaning and context in computer programs |
60 | -- | 69 | Sanjit A. Seshia. Explorations in cyber-physical systems education |
70 | -- | 78 | Russ Cox, Robert Griesemer, Rob Pike, Ian Lance Taylor, Ken Thompson. The Go programming language and environment |
79 | -- | 87 | Jiyong Park, Jongho Kim. st century |
88 | -- | 97 | Mohammed Eslami, Aaron Adler, Rajmonda S. Caceres, Joshua G. Dunn, Nancy Kelley-Loughnane, Vanessa A. Varaljay, Héctor García Martín. Artificial intelligence for synthetic biology |
100 | -- | 0 | Daniel Lohmann. Technical perspective: 'What is the ideal operating system?' |
101 | -- | 109 | Hsuan-Chi Kuo, Jianyan Chen, Sibin Mohan, Tianyin Xu. Set the configuration for the heart of the OS: on the practicality of operating system kernel debloating |
110 | -- | 0 | Emina Soljanin. Technical perspective: Balancing at all loads |
111 | -- | 118 | Ankur Mallick, Malhar Chaudhari, Utsav Sheth, Ganesh Palanikumar, Gauri Joshi. Rateless codes for near-perfect load balancing in distributed matrix-vector multiplication |