Understanding latent sector errors and how to protect against them Bianca Schroeder Dept. of Computer Science University of Toronto Toronto, Canada

Source URL: www.usenix.org

• Error detection and correction
• Computing
• Coding theory
• Computer data storage
• Computer hardware
• RAID
• Computer storage media
• Data corruption
• Standard RAID levels
• Parity bit
• Data scrubbing
• Hard disk drive failure

Mean time to meaningless: MTTDL, Markov models, and storage system reliability Kevin M. Greenan ParaScale, Inc. James S. Plank

Source URL: web.eecs.utk.edu

• Computer storage media
• Failure
• Survival analysis
• Computer storage devices
• Non-volatile memory
• Reliability engineering
• Availability
• Markov chain
• Solid-state drive
• RAID
• Hard disk drive
• Markov model

Failure Knowledge DatabaseSelected Cases Fujitsu HDD (Hard Disk Drive) Defect 【July 2002, HDD defect since summer 2002, in personal computers or servers 】 Masayuki Nakao Institute of Engineering Innovation, S

Source URL: www.sozogaku.com

SciDAC 2007 Journal of Physics: Conference Series IOP Publishing doi:

Source URL: www.pdsi-scidac.org

• Failure
• Survival analysis
• Statistics
• Parallel computing
• RAID
• Application checkpointing
• Hard disk drive
• Failure rate
• Reliability engineering
• Computer hardware
• Computing
• Fault-tolerant computer systems

Why Specify Workload? by George Tyndall, Ph.D. Senior Director, Advanced Reliability Engineering Executive Summary The reliability of hard disk drives has been quantified historically by a mean time to failure

Source URL: www.wdc.com

• Survival analysis
• Computer hardware
• Computer storage media
• Hard disk drive
• Solid-state drive
• Failure rate
• Physics of failure
• Mean time between failures
• Annualized failure rate
• Failure
• Systems engineering
• Reliability engineering

The ioSafe Data Recovery Service (DRS Basic) provides a no questions asked data recovery service. For any loss, no matter the reason. Whether you’re a victim of a drive failure or your child throws your drive in the fa

Source URL: iosafe.com

• Computer data
• Data management
• Transaction processing
• Data recovery
• Hard disk drive
• Backup
• Terabyte
• RAID
• IoSafe
• Information
• Data
• Computer hardware

Thermal Reliability Cool-Running WD Hard Drives Demonstrate Exceptional Reliability in High Duty Cycle Environments Overview/Executive Summary WD drives are highly reliable because they are cool-running and thus perform

Source URL: www.wdc.com

• Systems engineering
• Computer hardware
• Design for X
• Materials science
• Mean time between failures
• Western Digital
• Hard disk drive
• Failure
• Survival analysis
• Reliability engineering

This article is part of the Reliability Society 2010 Annual Technical Report From HALT Results to an Accurate Field MTBF Estimate Harry McLean, Advanced Energy Inc., Email: Mike Silverman, Ops A La Car

Source URL: rs.ieee.org

• Statistics
• Reliability engineering
• Knowledge
• Tests
• Electronic engineering
• Highly accelerated life test
• Failure rate
• Mean time between failures
• Hard disk drive
• Failure
• Systems engineering
• Survival analysis

Toward an Economic Model of Long-Term Storage Daniel C. Rosenthal UC Santa Cruz Ian F. Adams UC Santa Cruz

Source URL: static.usenix.org

• Systems engineering
• Failure
• Materials science
• Reliability engineering
• Software quality
• Survival analysis
• Computer data storage
• Hard disk drive
• University of California
• Computer hardware
• Computer storage media
• Design

Backing Up Your Data Don’t put all your data in one basket! WHY SHOULD I BACKUP MY DATA? Human Error – Ever hit the ‘Delete’ key by accident? Hard Disk Failure – This can occur without warning at anytime. Virus

Source URL: wentwest.com.au

• Software
• Backup
• Remote backup service
• Off-site data protection
• USB flash drive
• Backup and Restore
• Cobian Backup
• Backup software
• Computing
• Data security