Communications of the ACM
Latest Practice
From Communications of the ACM
Non-Volatile Storage
Implications of the datacenter's shifting center.
From Communications of the ACM
How to De-Identify Your Data
Balancing statistical accuracy and subject privacy in large social-science datasets.
From Communications of the ACM
Lean Software Development: Building and Shipping Two Versions
Catering to developers' strengths while still meeting team objectives.
From Communications of the ACM
Challenges of Memory Management on Modern N-UMA Systems
Optimizing NUMA systems applications with Carrefour.
From Communications of the ACM
Crash Consistency
Rethinking the fundamental abstractions of the file system.
From Communications of the ACM
Dismantling the Barriers to Entry
We have to choose to build a Web that is accessible to everyone.
From Communications of the ACM
Natural Language Translation at the Intersection of AI and HCI
Old questions being answered with both AI and HCI.
From Communications of the ACM
Testing Web Applications with State Objects
Use states to drive your tests.
From Communications of the ACM
Low-Latency Distributed Applications in Finance
The finance industry has unique demands for low-latency distributed systems.
From Communications of the ACM
The Science of Managing Data Science
Lessons learned managing a data science research team.
From Communications of the ACM
Parallel Processing with
A simple method of writing a collaborative system.
Parallel Processing with Promises
A simple method of writing a collaborative system.
From Communications of the ACM
Go Static or Go Home
In the end, dynamic systems are simply less secure.
From Communications of the ACM
Hadoop Superlinear Scalability
The perpetual motion of parallel performance.
From Communications of the ACM
Securing Network Time Protocol
Crackers discover how to use NTP as a weapon for abuse.
From Communications of the ACM
Model-Based Testing: Where Does It Stand?
MBT has positive effects on efficiency and effectiveness, even if it only partially fulfills high expectations.
From Communications of the ACM
