Communications of the ACM
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From Communications of the ACM
Principles of Robust Timing Over the Internet
The key to synchronizing clocks over networks is taming delay variability.
From Communications of the ACM
A View of Cloud Computing
Clearing the clouds away from the true potential and obstacles posed by this computing capability.
From Communications of the ACM
Cooling the Data Center
What can be done to make cooling systems in data centers more energy efficient?
From Communications of the ACM
Toward Energy-Efficient Computing
What will it take to make server-side computing more energy efficient?
From Communications of the ACM
Managing Contention For Shared Resources on Multicore Processors
Contention for caches, memory controllers, and interconnects can be eased by contention-aware scheduling algorithms.
From Communications of the ACM
Power-Efficient Software
Power-manageable hardware can help save energy, but what can software developers do to address the problem?
From Communications of the ACM
Triple-Parity RAID and Beyond
As hard-drive capacities continue to outpace their throughput, the time has come for a new level of RAID.
From Communications of the ACM
Maximizing Power Efficiency with Asymmetric Multicore Systems
How do we develop software to make the most of the promise that asymmetric multicore systems use a lot less energy?
From Communications of the ACM
What DNS Is Not
DNS is many things to many people — perhaps too many things to too many people.
From Communications of the ACM
A Threat Analysis of RFID Passports
An RFID-passport attack is more plausible than skimming RFID information. Do RFID passports make us vulnerable to identity theft?
From Communications of the ACM
Four Billion Little Brothers?: Privacy, Mobile Phones, and Ubiquitous Data Collection
Participatory sensing technologies could improve our lives and our communities, but at what cost to our privacy?
From Communications of the ACM
A Conversation with David E. Shaw
Stanford professor Pat Hanrahan sits down with the noted hedge fund founder, computational biochemist, and (above all) computer scientist.
From Communications of the ACM
Probing Biomolecular Machines with Graphics Processors
GPU acceleration and other computer performance increases will offer critical benefits to biomedical science.
From Communications of the ACM
Making Sense of Revision-Control Systems
All revision-control systems come with complicated sets of trade-offs. How do you find the best match between tool and team?
From Communications of the ACM
Monitoring and Control of Large Systems With MonALISA
MonALISA developers describe how it works, the key design principles behind it, and the biggest technical challenges in building it.
From Communications of the ACM
CTO Roundtable: Cloud Computing
The age of cloud computing has begun. How can companies take advantage of the new opportunities it provides?
From Communications of the ACM
Fighting Physics: A Tough Battle
The laws of physics and the Internet's routing infrastructure affect performance in a big way.
From Communications of the ACM
Whither Sockets?
The pervasive and long-lasting sockets API has remained largely unchanged since 1982. How have developers worked around its inherent limitations and what is the...
From Communications of the ACM
Network Front-End Processors, Yet Again
The history of NFE processors sheds light on the trade-offs involved in designing network stack software.
From Communications of the ACM