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System Level Reliability & Availability Modeling and Prediction
 
 
  
 

 

 

 

 

 

System Level Reliability & Availability Modeling and Prediction

MEADEP - Measurement - Based Dependability Analysis Tool

MEADEP combines flexible system-level reliability & availability prediction modeling with powerful statistical analysis tools all in one easy-to-learn dependability software package that runs on Windows 95, 98, NT, 2000, and Me. It provides measures such as MTBF, MTTR, failure rate, reliability, and availability for both repairable and non-repairable systems.

The Model Generator tool makes it easy to draw reliability block diagrams (RBD) and Markov chains with its drag n' drop interface. MEADEP's hierarchical modeling structure allows you to create models of unlimited size and fidelity for precise system reliability & availability prediction.

The Data Editor and Analyzer tool provides numerous charts and graphs, and it can help you quickly determine which probability distribution functions best fit your data and the upper and lower bounds of reliability (MTBE) for any given confidence level.

MEADEP's analytical solvers give you fast, accurate, and consistent solutions down to 10e-15.

For more information, please review our brochure.

MEADEP Analytical Solver

 

 

Online Software Demonstrations!

Want to get a feel for our software applications without having to download it, install and deal with learning the basics? Join us for a personal online demonstration of any of our software packages and quickly familiarize yourself with the software options and capabilities. Email us at demo@sohar.com with your contact information as well as the software tools that interest you and several convenient time options for the demonstration. A representative will be in touch to set up the web-cast demonstration. The demo usually runs 60-90 minutes and is tailored by our staff to your organization's specific needs.

 


©2001 SoHaR Corporation. All rights reserved.

 

analysis costing cycle life, availability, block design, block diagram, block diagram software, business continuity, business continuity planning, design fmea, engineering resource, fmea, fmea software, fmeca, fracas, hardware project, high availability, lcc, life cycle cost, life cycle costing, markov, markov chain, mil 217, mil hdbk 217, network analysis system, network availability, ram design, rbd, reliability, reliability analysis, reliability analysis software, reliability engineering, reliability modeling, reliability prediction, reliability prediction software, reliability services, reliability software, reliability tool, system reliability, tco, total cost of ownership, data prediction, process fmea, reliability availability, tco tool, integrated hardware support, prediction software, process flow software, reliability block diagram, sneak circuit analysis, markov reliability, analysis costing cycle life, hardware prediction, failure reporting, sneak circuit, tco analysis, reliability software tool, data safety software, hardware prediction software