Name
Affiliation
Papers
JEHAN-FRANÇOIS PÂRIS
Dept. of Comput. Sci., Houston Univ., TX, USA|c|
71
Collaborators
Citations 
PageRank 
47
510
265.03
Referers 
Referees 
References 
669
694
719
Search Limit
100694
Title
Citations
PageRank
Year
Bundling Together RAID Disk Arrays for Greater Protection and Easier Repairs00.342019
Alpha Entanglement Codes: Practical Erasure Codes to Archive Data in Unreliable Environments00.342018
Improving disk array reliability through faster repairs (Extended abstract)00.342016
Simple data entanglement layouts with high reliability10.352016
RESAR: Reliable Storage at Exabyte Scale20.382016
Triple Failure Tolerant Storage Systems Using Only Exclusive-Or Parity Calculations00.342015
Self-Repairing Disk Arrays.00.342015
Combining Low IO-Operations During Data Recovery with Low Parity Overhead in Two-Failure Tolerant Archival Storage Systems00.342015
Protecting RAID Arrays against Unexpectedly High Disk Failure Rates20.392014
Simple, exact placement of data in containers00.342013
A Flexible Simulation Tool For Estimating Data Loss Risks In Storage Arrays30.402013
Reliability of Disk Arrays with Double Parity50.442013
Zero-Maintenance Disk Arrays00.342013
Highly reliable two-dimensional RAID arrays for archival storage90.552012
Low-redundancy two-dimensional RAID arrays00.342012
Accelerated chaining: a better way to harness peer power in video-on-demand applications10.352011
Evaluation of a scalable and distributed mobile device video recording approach for accessible presentations00.342010
Multiple view perspectives: improving inclusiveness and video compression in mainstream classroom recordings81.232010
Using storage class memories to increase the reliability of two-dimensional RAID arrays40.392009
Evaluating the Impact of Irrecoverable Read Errors on Disk Array Reliability70.642009
Protecting Data against Consecutive Disk Failures in RAID-500.342009
Using Shared Parity Disks To Improve The Reliability Of Raid Arrays10.362009
Using Shared Parity Disks To Improve The Reliability Of Raid Arrays10.362009
On the Possibility of Small, Service-Free Disk Based Storage Systems10.362008
Increased Reliability with SSPiRAL Data Layouts20.362008
A Scalable Recovery Tree Construction Scheme Considering Spatial Locality of Packet Loss20.382008
A P2P-Based Architecture for Secure Software Delivery Using Volunteer Assistance20.422008
Performance Study of Unstructured P2P Overlay Streaming Systems20.372008
Progressive Parity-Based Hardening Of Data Stores10.402008
A stream tapping protocol involving clients in the distribution of videos on demand50.582008
Peer-to-Peer Multimedia Streaming Using BitTorrent341.512007
Self-Adaptive Two-Dimensional RAID Arrays50.502007
Resource-efficient software delivery using volunteer assistance00.342007
Self-adaptive Disk Arrays60.492006
An Analytic Study of Stream Tapping Protocols10.372006
Involving Clients In The Distribution Of Videos On Demand10.372006
Using device diversity to protect data against batch-correlated disk failures90.902006
A tree-based reliable multicast scheme exploiting the temporal locality of transmission errors211.152005
A Cooperative Distribution Protocol for Video-on-Demand30.552005
A simple but efficient broadcasting protocol for video-on-demand30.412005
An Empirical Study of Harmonic Broadcasting Protocols.00.342004
A Buffer Management Scheme For Tree-Based Reliable Multicast Using Infrequent Acknowledgments10.392004
Maille Authentication - A Novel Protocol for Distributed Authentication40.492004
Identifying Stable File Access Patterns10.372004
Using Multiple Predictors to Improve the Accuracy of File Access Predictions100.592003
Tabbycat: An Inexpensive Scalable Server For Video-On-Demand60.512003
A channel-based heuristic distribution protocol for video-on-demand40.412002
The Case For Aggressive Partial Preloading In Broadcasting Protocols For Video-On-Demand20.402001
A Stream Tapping Protocol with Partial Preloading20.412001
A Fixed-Delay Broadcasting Protocol For Video-On-Demand191.032001
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