The Berkeley Sockets API is a library of functions, macros and data structures that allows a program to create and manage communication streams between two or more processes on the same machine, or across a network of machines. The API is the main method in which programs communicate

on multiple network packets into one or more large operations on the shared buffer. While the reference implementation (and name) of XenSocket is written against the Xen virtual machine monitor, the principle behind XenSocket applies broadly across the field of virtual machines. Key words: shared-memory IPC

This paper proposes a novel method of achieving fast networking in hosted virtual machine (VM) environments. This method, called socket-outsourcing, replaces the socket layer in a guest operating system (OS) with the socket layer of the host OS. Socket-outsourcing increases network performance

the programming model allows it, system partitioning with proper VM and runtime support is able to re-produce native performance: in a partitioned system with one virtual machine per socket the average workload performance is 5 % better than native. I.

reinforcement materials and two resin types were used to construct the sockets. A standard four hole distal attachment plate was used to connect the socket and pylon. Each sample was loaded to failure in a servo-hydraulic materials test machine at 100 N/s.

Abstract – Recent denial of service attacks are mounted by professionals using Botnets of tens of thousands of compromised machines. To circumvent detection, attackers are increasingly moving away from bandwidth floods to attacks that mimic the Web browsing behavior of a large number of clients

complicates connection setup and machine identification. Although ad-hoc solutions exist for some of these problems, it is usually up to the application’s user to discover the cause of the connectivity problems and find a solution. In this paper we describe SmartSockets, 1 a communication library that lifts

complicates connection setup and machine identification. Although ad-hoc solutions exist for some of these problems, it is usually up to the application’s user to discover the cause of the connectivity problems and find a solution. In this paper we describe SmartSockets, 1 a communication library that lifts

As research and implementation continue to facilitate high performance computing in Java, applications can benefit from resource management and prediction tools. In this work, we present such a tool for network round trip time and bandwidth between a user's desktop and any machine running a

will give a brief background of upper-limb prosthetics and the impact currently insufficient technology has on both the military and civilian sectors. It then highlights the most novel socket concepts, prototypes, and socket accessory tool designs developed to support the Revo-lutionizing Prosthetics 2009