E-government and corporate servers will require higher performance and security as usage increases. Zero copy refers to a collection of techniques which reduce the number of copies of blocks of data in order to make data transfer more efficient. By avoiding redundant data copies, the consumption of memory and CPU resources are reduced, thereby improving performance of the server. To eliminate costly data copies between user space and kernel space or between two buffers in the kernel space, various schemes are used, such as memory remapping, shared buffers, and hardware support. However, the advantages are sometimes overestimated and new security issues arise. This paper describes different approaches to implementing zero copy and evaluates ...
With the advent of Exascale computing, the number and size of messages is expected to increase great...
Memory copies for bulk data transport incur large overheads due to CPU stalling, small register-size...
High-performance computing requires low latency and high bandwidth communications. The emergence of ...
A key concern with zero copy is that the data to be sent out might be mutated by applications. In th...
Zero-copy communication exchanges the messages among the buffers that are allocated and locked befor...
Attempts to build zero-copy systems have generally fallen in one of two categories: those supporting...
Often, publishers are reluctant to offer valuable digital documents on the Internet for fear that th...
Abstract: We discuss various approaches intended to improve the data processing performance in OS ke...
We present a novel taxonomy that characterizes in a structured way the software and hardware tradeof...
Cyber-physical systems (CPS) aim to monitor and control complex real-world phenomena where the compu...
The LHCb Data Acquisition (DAQ) will be upgraded in 2020 to a trigger-free readout. In order to achi...
The compute capacity growth in high performance computing (HPC) systems is outperforming improvement...
Web servers that generate dynamic content are widely used in the development of Internet application...
Virtual memory is a classic computer science abstraction and is ubiquitous in all scales of computin...
Most of today’s intelligent video surveillance systems are based on Linux core and rely on the kerne...
With the advent of Exascale computing, the number and size of messages is expected to increase great...
Memory copies for bulk data transport incur large overheads due to CPU stalling, small register-size...
High-performance computing requires low latency and high bandwidth communications. The emergence of ...
A key concern with zero copy is that the data to be sent out might be mutated by applications. In th...
Zero-copy communication exchanges the messages among the buffers that are allocated and locked befor...
Attempts to build zero-copy systems have generally fallen in one of two categories: those supporting...
Often, publishers are reluctant to offer valuable digital documents on the Internet for fear that th...
Abstract: We discuss various approaches intended to improve the data processing performance in OS ke...
We present a novel taxonomy that characterizes in a structured way the software and hardware tradeof...
Cyber-physical systems (CPS) aim to monitor and control complex real-world phenomena where the compu...
The LHCb Data Acquisition (DAQ) will be upgraded in 2020 to a trigger-free readout. In order to achi...
The compute capacity growth in high performance computing (HPC) systems is outperforming improvement...
Web servers that generate dynamic content are widely used in the development of Internet application...
Virtual memory is a classic computer science abstraction and is ubiquitous in all scales of computin...
Most of today’s intelligent video surveillance systems are based on Linux core and rely on the kerne...
With the advent of Exascale computing, the number and size of messages is expected to increase great...
Memory copies for bulk data transport incur large overheads due to CPU stalling, small register-size...
High-performance computing requires low latency and high bandwidth communications. The emergence of ...