Poncho: Enabling Smart Administration of Full Private Clouds
Clouds establish a new division of responsibilities between platform operators and users than have traditionally existed in computing infrastructure. In private clouds, where all participants belong to the same organization, this creates new barriers to effective communication and resource usage. In this paper, we present poncho, a tool that implements APIs that enable communication between cloud operators and their users, for the purposes of minimizing impact of administrative operations and load shedding on highly-utilized private clouds.
Authors:
Scott Devoid and Narayan Desai, Argonne National Laboratory; Lorin Hochstein, Nimbis Services
Open Access Content
Papers are restricted to registered attendees until the event begins. Once the event begins, the content becomes free and open to everyone. Journal articles are open to everyone upon publication. If available, video, audio, and/or slides of this presentation will be posted here after the event.
@inproceedings {179074,
author = {Scott Devoid and Narayan Desai and Lorin Hochstein},
title = {Poncho: Enabling Smart Administration of Full Private Clouds},
booktitle = {27th Large Installation System Administration Conference (LISA 13)},
year = {2013},
month = Nov,
isbn = {978-1-931971-05-8},
address = {Washington, D.C.},
pages = {17--26},
url = {https://www.usenix.org/conference/lisa13/technical-sessions/presentation/devoid},
publisher = {USENIX Association},
}
<br><a href="/biblio/export/bibtex/179074">Download</a>
Abstract:
Clouds establish a new division of responsibilities between platform operators and users than have traditionally existed in computing infrastructure. In private clouds, where all participants belong to the same organization, this creates new barriers to effective communication and resource usage. In this paper, we present poncho, a tool that implements APIs that enable communication between cloud operators and their users, for the purposes of minimizing impact of administrative operations and load shedding on highly-utilized private clouds.
connect with us