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High-Performance Network Protocols and Architectures
"... High-Performance Network Protocols and Architectures by Marcos de Macedo Val'erio This dissertation investigates novel protocols and architectures for highspeed networks. We are primarily interested in ring networks, in particular the QuickRing network. The main characteristics of the QuickRin ..."
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High-Performance Network Protocols and Architectures by Marcos de Macedo Val'erio This dissertation investigates novel protocols and architectures for highspeed networks. We are primarily interested in ring networks, in particular the QuickRing network. The main characteristics of the Quick
An Evaluation of Current High-Performance Networks
- IN INTERNATIONAL PARALLEL AND DISTRIBUTED PROCESSING SYMPOSIUM (IPDPS’03
, 2003
"... High-end supercomputers are increasingly built out of commodity components, and lack tight integration between the processor and network. This often results in inefficiencies in the communication subsystem, such as high software overheads and/or message latencies. In this paper we use a set of micro ..."
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Cited by 39 (9 self)
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High-end supercomputers are increasingly built out of commodity components, and lack tight integration between the processor and network. This often results in inefficiencies in the communication subsystem, such as high software overheads and/or message latencies. In this paper we use a set
High-Performance Networking for Software DSMs
, 1998
"... Several messaging software architectures (MSAs) have been proposed and implemented for high-performance local-area networks (LANs). Several of these MSAs have been successful at providing low latency and high bandwidth to user-level processes that communicate via explicit message passing. In this ..."
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Several messaging software architectures (MSAs) have been proposed and implemented for high-performance local-area networks (LANs). Several of these MSAs have been successful at providing low latency and high bandwidth to user-level processes that communicate via explicit message passing
Protocol Service Decomposition for High-Performance Networking
- In Proceedings of the Fourteenth ACM Symposium on Operating Systems Principles
, 1993
"... In this paper we describe a new approach to implementing network protocols that enables them to have high performance and high flexibility, while retaining complete conformity to existing application programming interfaces. The key insight behind our work is that an application's interface to t ..."
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Cited by 156 (10 self)
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In this paper we describe a new approach to implementing network protocols that enables them to have high performance and high flexibility, while retaining complete conformity to existing application programming interfaces. The key insight behind our work is that an application's interface
Device Driver Issues in High-Performance Networking
, 1994
"... High-performance networking requires attention to operating system support at the device driver level. Existing driver models, such as those of Unix, are not necessarily well-suited to supporting high-speed network interfaces. In fact, current drivers may represent a significant obstacle between app ..."
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Cited by 3 (0 self)
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High-performance networking requires attention to operating system support at the device driver level. Existing driver models, such as those of Unix, are not necessarily well-suited to supporting high-speed network interfaces. In fact, current drivers may represent a significant obstacle between
Devoflow: Scaling flow management for high-performance networks
- In ACM SIGCOMM
, 2011
"... OpenFlow is a great concept, but its original design imposes excessive overheads. It can simplify network and traffic management in enterprise and data center environments, because it enables flow-level control over Ethernet switching and provides global visibility of the flows in the network. Howev ..."
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Cited by 134 (1 self)
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-gathering. In this paper, we analyze these overheads, and show that OpenFlow’s current design cannot meet the needs of highperformance networks. We design and evaluate DevoFlow, a modification of the OpenFlow model which gently breaks the coupling between control and global visibility, in a way that maintains a useful
Operating System Support for High-Performance Networking, A Survey
"... Crucial applications require direct and efficient access to emerging high-performance networks. This paper surveys the networking subsystem overhead for high-performance networking and the current operating system techniques to address the overhead. This paper aims to identify a few directions for f ..."
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Cited by 8 (0 self)
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Crucial applications require direct and efficient access to emerging high-performance networks. This paper surveys the networking subsystem overhead for high-performance networking and the current operating system techniques to address the overhead. This paper aims to identify a few directions
Operating System Support for High-Performance Networking, A Survey
"... Crucial applications require direct and efficient access to emerging high-performance networks. This paper surveys the networking subsystem overhead for high-performance networking and the current operating system techniques to address the overhead. This paper aims to identify a few directions for f ..."
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Crucial applications require direct and efficient access to emerging high-performance networks. This paper surveys the networking subsystem overhead for high-performance networking and the current operating system techniques to address the overhead. This paper aims to identify a few directions
An architecture for high performance network analysis
- Proceedings of ISCC 2001, Hammamet
, 2001
"... Abstract — Most Unix systems provide a set of system calls that allow applications to interact with the network directly. These primitives are useful for example in packet capture applications, which need to grab the data flowing through the network without any further processing from the kernel. Wi ..."
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Cited by 17 (4 self)
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Abstract — Most Unix systems provide a set of system calls that allow applications to interact with the network directly. These primitives are useful for example in packet capture applications, which need to grab the data flowing through the network without any further processing from the kernel
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