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
 
Home  Advanced Technologies  Enhanced Condition Table Generator for Critical Software (ECT)
 Enhanced Condition Table
  Generator for Critical Software
  (ECT)
  
 

 

 

 

 

 


Enhanced Condition Table Generator for Critical Software (ECT)

Critical software responds to a variety of combinations of conditions with the result that there are frequently thousands of possible logical paths in both the specification and the software. The ECT methodology can be applied at the specification level to create condition tables that can be compared with those implemented in the code. It can also be used for unit testing to define test cases that analyze the limits of each execution path; a method which provides a much greater degree of assurance than simple coverage-based testing techniques.

 



©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