Reliability modelling for long term digital preservation Panos Constantopoulos1,2, Martin Doerr2, Meropi Petraki2 1 Athens University of Economics and Business 2

Source URL: delos-wp5.ukoln.ac.uk

• Computing
• Engineering
• Computer storage media
• Failure
• Survival analysis
• Reliability engineering
• Fault-tolerant computer systems
• Availability
• Backup
• RAID
• Digital preservation
• Mean time between failures

Microsoft Word - WG_ESS_report_47_ostende.doc

Source URL: www.ceees.org

• Engineering
• Survival analysis
• Failure
• Reliability engineering
• Mean time between failures
• Availability
• Failure rate
• Highly accelerated life test
• Reliability
• Survival function
• Reliability prediction for electronic components
• Software reliability testing

55th CEEES Meeting Minutes of R and ESS TAB Meeting location : DENAYER Product Certification Centre at Mechelen

Source URL: www.ceees.org

• Engineering
• Survival analysis
• Failure
• Systems engineering
• Reliability engineering
• Confederation of European Environmental Engineering Societies
• Mean time between failures
• Failure rate
• AR-10
• Tab

Reducing Waste in Extreme Scale Systems through Introspective Analysis Leonardo Bautista-Gomez, Ana Gainaru, Swann Perarnau, Devesh Tiwari, Saurabh Gupta, Christian Engelmann, Franck Cappello and Marc Snir

Source URL: www.christian-engelmann.info

• Reliability engineering
• Survival analysis
• Failure
• Mean time between failures
• International Parallel and Distributed Processing Symposium
• Application checkpointing
• Systems engineering

Application Note | AN102 MTBF and Prognostics – Comparison The major objective for engineers is to design reliable systems that meet the stated requirements. No engineer or project team sets out to design a system that

Source URL: www.ridgetopgroup.com

• Survival analysis
• Failure
• Maintenance
• Systems engineering
• Engineering
• Prediction
• Prognostics
• Mean time between failures
• Failure rate
• Reliability engineering
• Power supply unit
• Electrolytic capacitor

MINUTES CEEES TAB R&ESS WIEN 4 octADOPTION OF THE 55th TAB R&ESS MEETING MINUTES The minutes were adopted. 2 APOLOGIES FOR ABSENCES Harry Roossien was apologized.

Source URL: www.ceees.org

• Survival analysis
• Failure
• Reliability engineering
• Engineering
• Systems engineering
• Engineering statistics
• Design for X
• Environmental stress screening
• Confederation of European Environmental Engineering Societies
• Mean time between failures
• Physics of failure
• Failure rate

Analysis of the Tradeoffs between Energy and Run Time for Multilevel Checkpointing Prasanna Balaprakash, Leonardo A. Bautista Gomez, Slim Bouguerra, Stefan M. Wild, Franck Cappello , and Paul D. Hovland ANL

Source URL: www.dcs.warwick.ac.uk

• Survival analysis
• Fault-tolerant computer systems
• Failure
• Mean time between failures
• Application checkpointing
• Trade-off
• Multi-objective optimization
• Motivation

B U L L E T I N Converter Regulator Unit (CRU)

Source URL: www.euroatlas.de

• Engineering
• Failure
• Survival analysis
• United States Military Standard
• Reliability
• Mean time between failures
• MIL-STD-810

Artigo original Hospital medical equipment maintenance schedules using the mean time between failures Estratégias de manutenção de equipamentos hospitalares por meio do

Source URL: www.cadernos.iesc.ufrj.br

Recovery Oriented Computing (ROC): Motivation, Definition, Techniques, and Case Studies David Patterson, Aaron Brown, Pete Broadwell, George Candea†, Mike Chen, James Cutler†, Patricia Enriquez*, Armando Fox†, Emre

Source URL: naveen.ksastry.com

• Systems science
• Survival analysis
• Software quality
• Downtime
• Mean time between failures
• Fault injection
• RAID
• Mean time to recovery
• Unavailability
• Failure
• Systems engineering
• Reliability engineering