RAMS 2000

4c1_Use of Fault Tree Analysis for Evaluation of System-Reliability Improvements in Design Phase

4c2_Modeling Mutually Exclusive Events in Fault Trees

4c3_Analysis of safety systems with on-demand and dynamic failure modes

4c4_IntervalMethods for Improved Robot Reliability Estimation

5A1_Reliability in Today’s Business Environment

5A2_Improving Performance of Machinery and Equipment

5A4_A Reliability Development Program for the Swedish Industry

5b1_Unavailability of a Repairable System with One or Two Replacement Options

5b2_Reliability Analysis of Hard Real-Time Systems in the Presence of Controller Malfunctions

5b3_Reliability Simulation Model for Systems with Multiple Intermediate Storages

5b4_AFR Problems of Definition, Calculation and Measurement in a Commercial Environment

6A1_Reliability Test Target Development

6A2_Using Benchmarking to Introduce and Improve Reliability Engineering

6A3_Field Data is Reliability Information Implementing an Automated Data Acquisition and Analysis System

6A4_Automobile Engine Reliability Maintainability and Oil Maintenance,

6c1_A Petri-Net Approach for Earl-Stage System-Level Software Reliability Estimation

6c3_Reliability Analysis for Integrated Networks with Unreliable Nodes and Software Failures in the Time Domain

6c4_Software FMEA Techni

6c5_Developing and Testing Algorithms for Stopping Testing, Screening, Run-In of Large Systems or Programs

6c6_A Practical Software-Reliability Measurement Framework Based on Failure Data

7b1_Modeling & Analysis for Multiple Stress-Type Accelerated Life Data

7b2_Multi-Variate Weibull Model for Predicting System-Reliability, from Testing Results of the Components

7b3_Likelihood Adjustment A Simple Method for Better Forecasting from Small Samples

7b4_Reliability Assessment from Degradation Data

7b5_Confidence Limits on the Inherent Availability of Equipment

9a1_System Reliability Prediction Prioritization Strategy

9a2_Improvements In Reliability Assessment And Prediction Methodology

9a3_Monte Carlo Simulation using Excel Spreadsheet for Predicting Reliability of a Complex System

9a4_Specifying Reliability in the Disk Drive Industry No More MTBF’s

9a5_A Review of Plastic-Encapsulated-Microcircuit Reliability-Prediction Models

10a1_A Cellular Evolutionary Approach Applied to Reliability Optimization of Complex Systems

10a2_Reliability Allocation and Optimization for Complex Systems

10a3_System Design Optimization by Genetic Algorithms

10b2_Design Evaluation & Product Reliability assessment using Accelerated Reliability Fatigue Life Tests

10b5_The HASS Development Process

10b6_Reliability Evaluation of A Flash RAM Using Step-Stress Test Results

11c1_Multi-state k-out-of-n Sysem Model and its Applications

11c2_Optimal-Maintenance Modeling on Finite Time with Technology Replacement and Changing Repair Costs

11c3_G-Renewal Process as a Model for Statistical Warranty Claim Prediction

11c4_Bivariate Failure Modeling

12b1_NASA New Approach for Evaluating Risk Reduction Due to Space Shuttle Upgrades

12b2_Forecasting the Reliability and Safety of Future Space Transportation Systems (2)

12b2_Forecasting the Reliability and Safety Of Future Space Transportation Systems

12b3_Reliability-Related Safety Analyses for Satellite Navigation Systems

12b4_Quantifying the Effects of Commercial Processes on Availability of Small Manned-Spacecraft

12b5_RELIABILITY-CENTERED MAINTENANCE ON THE SPACE SHUTTLE PROGRAM

13a2_Integrating Dependability Analysis into the Real-time System Design Process

13a3_Power-Related Failure Mechanisms in the Analysis of Wireless System Availability

13a4_Thermodynamic Extensions of Miner’s Rule to Chemical Cells

13c1_Learning To Enhance Reliability Of Electronic Systems Through Effective Modeling And Risk Assessment

13c2_Application of the NASA Risk Assessment Tool to the Evaluation of the Space Shuttle External Tank Re-welding Process

13c3_State Analysis an Alternative Approach to FMEA, FTA and Markov Analysis

13c4_Evaluating the Residual Risks of Infusing New Technologies into NASA Missions

13c5_A PhysicsEngineering of Failure Based Analysis and Tool for Quantifying Residual Risks in Hardware