The major advances in network interfaces of servers were not accom- panied by the network stack of traditional operating systems. While Network Interface Cards (NICs) are able to achieve up to 100 Gbit/s of traffic, operating systems can achieve only 1/10 of this performance. Due to this, techniques for faster packet processing are being developed in order to reduce performance loss. This paper presents some of these techniques and frameworks where these are implemented, and shows a performance comparison of those frameworks against traditional operating systems, to justify their usage
Software packet forwarding has been used for a long time in general purpose operating systems. While...
The continuous growth of traffic volumes steadily raises the throughput requirements on the network ...
Summarization: In this paper, we present a Programmable Packet Processing Engine suitable for deep h...
Network interfaces of 10 Gbit/s are used more and more. Despite their high performance, packet proc...
The increased performance and cost-efficiency of modern multi-core architectures allows for packet p...
Summarization: To meet the demand for higher performance, flexibility, and economy in today's state-...
This paper studies the impact of network interface cards (NICs) on network server performance, testi...
peer reviewedIn recent years, we have witnessed the emergence of high speed packet I/O frameworks, b...
Container technology has gained popularity in recent years, mainly because it enables a fast and eas...
In recent years, we have witnessed the emergence of high speed packet I/O frameworks, bringing unpre...
Tech ReportThis paper studies the impact of network interface cards (NICs) on network server perform...
Trabajo presentado a IEEE / IST Workshop on Monitoring, Attack Detection and Mitigation (MonAM 2006)...
This paper analyses the problem of slow data or video streaming on the World Wide Web internet throu...
Applications requiring high-speed TCP/IP processing can easily saturate a modern server. We and othe...
Network interface cards (NICs) are fundamental components of modern high-speed networked systems, su...
Software packet forwarding has been used for a long time in general purpose operating systems. While...
The continuous growth of traffic volumes steadily raises the throughput requirements on the network ...
Summarization: In this paper, we present a Programmable Packet Processing Engine suitable for deep h...
Network interfaces of 10 Gbit/s are used more and more. Despite their high performance, packet proc...
The increased performance and cost-efficiency of modern multi-core architectures allows for packet p...
Summarization: To meet the demand for higher performance, flexibility, and economy in today's state-...
This paper studies the impact of network interface cards (NICs) on network server performance, testi...
peer reviewedIn recent years, we have witnessed the emergence of high speed packet I/O frameworks, b...
Container technology has gained popularity in recent years, mainly because it enables a fast and eas...
In recent years, we have witnessed the emergence of high speed packet I/O frameworks, bringing unpre...
Tech ReportThis paper studies the impact of network interface cards (NICs) on network server perform...
Trabajo presentado a IEEE / IST Workshop on Monitoring, Attack Detection and Mitigation (MonAM 2006)...
This paper analyses the problem of slow data or video streaming on the World Wide Web internet throu...
Applications requiring high-speed TCP/IP processing can easily saturate a modern server. We and othe...
Network interface cards (NICs) are fundamental components of modern high-speed networked systems, su...
Software packet forwarding has been used for a long time in general purpose operating systems. While...
The continuous growth of traffic volumes steadily raises the throughput requirements on the network ...
Summarization: In this paper, we present a Programmable Packet Processing Engine suitable for deep h...