Exploiting multi‐cores for efficient interchange of large messages in distributed systems

D Zhao, K Qiao, Z Zhou, T Li, X Zhou… - Concurrency and …, 2016 - Wiley Online Library
Conventional data serialization tools assume that objects to be coded are usually small in
size so a single CPU core can encode it in a timely manner. In the era of Big Data, however …

[PDF][PDF] Exploiting Multi-cores for Efficient Interchange of Large Messages in Distributed Systems

D Zhao, K Qiao, Z Zhou, T Li, X Zhou, I Raicu - datasys.cs.iit.edu
Conventional data serialization tools assume that objects to be coded are usually small in
size so a single CPU core can encode it in a timely manner. In the era of Big Data, however …

[PDF][PDF] Exploiting Multi-cores for Efficient Interchange of Large Messages in Distributed Systems

D Zhao, K Qiao, Z Zhou, T Li, X Zhou, I Raicu - 216.47.155.57
Conventional data serialization tools assume that objects to be coded are usually small in
size so a single CPU core can encode it in a timely manner. In the era of Big Data, however …

Exploiting multi-cores for efficient interchange of large messages in distributed systems

D Zhao, K Qiao, Z Zhou, T Li, X Zhou… - … and Computation: Practice …, 2016 - dl.acm.org
Conventional data serialization tools assume that objects to be coded are usually small in
size so a single CPU core can encode it in a timely manner. In the era of Big Data, however …

Exploiting multi‐cores for efficient interchange of large messages in distributed systems

D Zhao, K Qiao, Z Zhou, T Li, X Zhou, I Raicu - … and Computation: Practice …, 2016 - infona.pl
Conventional data serialization tools assume that objects to be coded are usually small in
size so a single CPU core can encode it in a timely manner. In the era of Big Data, however …