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Bare PC systems are of interest to builders of minimalist platforms in the next-generation Internet. The bare platform enables software to run directly on ordinary PC hardware without using any operating system or kernel. Bare PC systems perform better than conventional systems and are immune to attacks that target the underlying operating system. We have designed and implemented a bare PC system...
Many techniques are commonly used to increase server availability or for distributing the load among a group of servers. We propose a technique for splitting a single HTTP request that allows a TCP connection to be dynamically split between two Web servers without using a central control. For example, one server can handle connection establishment and closing, while another handles the data transfer...
In bare computing, applications run directly on an ordinary PC without using an operating system (OS). Advantages of bare PC computing include elimination of overhead due to the OS, and immunity against attacks targeting OS vulnerabilities. We evaluate the performance of a bare PC SIP server by determining its throughput and latency in a dedicated test network using the open source SIPp workload generator...
A bare PC is an ordinary computer that runs applications without an operating system (OS). It thus provides immunity from attacks that target specific OS vulnerabilities while eliminating the OS overhead in a conventional system. We describe a novel implementation of TLS that runs on a bare PC. The TLS implementation differs from a conventional TLS implementation in that it is included within a bare...
In a bare PC softphone, the VoIP application runs directly on the hardware without any Operating System (OS). Such softphones are useful when security and/or performance concerns outweigh the need for a conventional system. We evaluate the overhead of IPsec for VoIP in a small test LAN using a bare PC softphone The results show that 1) for incoming packets, the difference between the processing time...
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