Back to Results
First PageMeta Content
Data / Computer storage / XAM / Database / File system / Replication / Computer data storage / Metadata / Backup / Computing / Information / Database management systems


Device Transparency: a New Model for Mobile Storage Jacob Strauss Chris Lesniewski-Laas Justin Mazzola Paluska Bryan Ford‡ Robert Morris Frans Kaashoek Massachusetts Institute of Technology ABSTRACT
Add to Reading List

Document Date: 2009-11-10 14:15:06


Open Document

File Size: 68,35 KB

Share Result on Facebook

City

San Francisco / /

Company

Quanta Computer Inc. / Nokia / Google / Semantic File Systems / Apple Inc. / Microsoft / /

Country

Taiwan / /

Facility

Max Planck Institute / Australian National University / University of Washington Press / /

IndustryTerm

aid applications / contemporary optimistic replication systems / portable devices / network file systems / Media objects / active device / given device / semantics applications / pathname applications / hub device / consistency algorithms / file systems / media player / correct devices / personal data sharing applications / read-only edge devices / unmodified consumer devices / Energy-efficiency / absent device / networked storage device / media player attribute database / storage systems / hierarchical file systems / control systems / mobile devices / backup device / disconnected storage-limited devices / distributed database systems / obvious master device / media players / media applications / peer devices / overlay network / synchronization protocols / potential master devices / /

Organization

National Science Foundation / University of Washington Press / Seattle / Max Planck Institute for Software Systems / Massachusetts Institute of Technology / Australian National University / /

Person

Nitin Garg / Andrew Tridgell / Douglas B. Terry / Mahajan / A. Vahdat / Thomas W. Page / Jr. / Chi Zhang / David Ratner / Ramakrishna Kotla / Michael Demmer / Prince / Sumeet Sobti / Jim Gray / T. Wobber / Henry M. Levy / C. Marshall / T. Rodeheffer / Christos Karamanolis / Pierre Jouvelot / Mallik Mahalingam / Wai Mak / D. Terry / Jaime Teevan / Lev Novik / Benjamin C. Pierce / Andrew Warfield / M. Walraed-Sullivan / William Jones / Robert Morris Frans Kaashoek / Mark A. Sheldon / James J. Kistler / Roxana Geambasu / Chris Lesniewski-Laas Justin / Lorrie Faith Cranor / Dieter Rothmeir / Richard G. Guy / Jason Flinn / Douglas Terry / Dahlia Malkhi / Xiang Yu / Catherine Marshall / Karin Petersen / Gerald J. Popek / Ramesh Chandra / John S. Heidemann / Chris Purcell / Irving L. Traiger / Bowei Du / Peter L. Reiher / Brandon Salmon / S. Balasubramanian / Alan J. Demers / Magnus Karlsson / M. Satyanarayanan / Daniel Peek / Bruce G. Lindsay / Ted Wobber / Venugopalan Ramasubramanian / Randolph Y. Wang / David K. Gifford / Steven W. Schlosser / Cesare A. Galtieri / Arvind Krishnamurthy / Bryan Ford‡ Robert Morris / Justin Mazzola Paluska Bryan Ford / Steven D. Gribble / Marvin M. Theimer / Yasushi Saito / Magdalena Balazinska / Thomas Rodeheffer / /

/

Position

prolific photographer / Prince / storage manager / /

ProvinceOrState

Washington / California / /

Technology

consistency algorithms / JPEG / peer-to-peer / API / P2P / mobile phones / mobile device / Mobile devices / Point-to-point synchronization protocols / digital cameras / Mobile Storage Jacob Strauss Chris Lesniewski-Laas Justin Mazzola Paluska Bryan Ford‡ Robert Morris Frans Kaashoek Massachusetts Institute of Technology / /

URL

http /

SocialTag