Paderborn / Monterey / San Francisco / Seattle / Santa Barbara / Pasadena / Brighton / Boston / Madison / New Orleans / Lake Louise / Los Angeles / Tampa / Timeout / San Diego / San Jose / /
Company
Gartner / S. D. Gribble / Crash-Only Software / Oracle / Reliable Distributed Systems / Yahoo! Inc. / /
Country
Germany / Canada / United Kingdom / / /
Facility
Discussion Building / /
IndustryTerm
large Internet services / software system / clients individual web servers / Internet systems / Internet workloads / coupled systems / end mainframe systems / web tier / Internet services / web browser / Web server idemp / file systems / software aging / redundant hardware / Transaction processing / large systems / Web hosting service providers / Internet service construction / carrier class phone switches / Internet applications / autonomous self-recovering application server / software reliability / customer management / timed asynchronous systems / network-attached storage devices / faster recovering software means less redundancy / suitable recovery infrastructure / load balancing algorithm / Internet system / Internet architectures / software rejuvenation / large scale software systems / web server / web caches / Internet service / physical systems / web front-end / larger systems / /
Appears in Proceedings of the 9th Workshop on Hot Topics in Operating Systems (HotOS-IX), May[removed]Crash-Only Software George Candea and Armando Fox Stanford University