第七届国际可靠性数学、理论、方法与应用会议论文集

出版时间：2011-6  出版社：北京理工大学出版社  作者：崔利荣，赵先 主编  
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内容概要

This proceedings is the collection of papers from the Seventh
International Conference on Mathematical Methods inReliability
（MMR2011 ） -Theory, Methods, and Applications. The MMR2011 focuses
on all aspects of mathematicalmethods in reliability and risk as
well as their applications to various engineering, including
astronautics, aeronautics,automobile, communication, computer
network, electronics, etc. As a major international forum on
reliability andrisk, it .attracts increasing number of researchers
from more than 20 countries, including USA, Canada, Japan,Norway,
Spain, France, UK, Italy and other countries from all continents of
the world.
 The proceedings collects more than
140 papers and 40 abstracts which reflect the theme of MMR 2011 -
"HighlyReliable". Also it enhances international exchanges and
promotes advances in reliability/risk theories and techniques.

书籍目录

PAPERS
Introducing a Generalized Statistical Control Chart for Over- Or
Under-Dispersed Count Data
Warranty Cost Analysis: On Modelling Warranty Repairs-
Availabilities for Two-Part Partition of States for Aggregated
Markov Repairable Systems
Characterization of a New Multivariate Ageing Notion: An
Example-
The M-Bayesian Credible Limits Of the Reliability and Its
Applications
Optimal Redundancy Allocation for Cold-Standby Systems
A Parameter Estimation Method for a Multi-State Deteriorating
System with Incomplete Information
Reliable Life Estimation under Ranked Set Sampling-
Neural Networks Modelin~ For Software Detected and Corrected Fault
Prediction
Optimal Maintenance Policy for Systems Suffer Damage in Discrete
Time Process
Reliability Analysis of Electrical Connector Contacts Based On
Accelerated Degradation Tests by Vibration
Applying AHP Method to Evaluate Quality in Crisis & Emergency
Management
Reliability Analysis of A Complex System With Three Modes of
Failure Under Waiting Attended By Two Repairmen
With Different Skills
Integrated SPC/EPC Control of PVC Glove Production Process
On Generalized Start-up Demonstration Tests
Optimal design of heterogeneous series-parallel systems with mixed
redundancy types
Reliability research of k-out-of-n: g supply chain system based on
copula-
Small sample test and assessment method for dz4 alloy material's
s-n and p-s-n curves
Warranty. claim analysis for nonrepairable items considering human
factors-
Optimal Preventive Matainance Based on Warranty Policy-
Queuing models with two types of service: applications for
dependability planning of complex systems
Sequential series systems and their risk assessments
Inference on two-parameter proportional reverse hazards
family-
On maximum order statistics from heterogeneous geometric
variable
Exact reliability of generalized multi-state consecutive-k-out of-n
system
Optimal release problem based on stochastic differential equation
model for a large-scale open source solution
Failure Process Modeling for Systems with General Repairs
Service Performance Analysis of Cloud Computing systems
Extended Optimal Replacement Policy with Age-Dependent Minimal
Repair and Cumulative Repair-Cost
Limit
ptimal replacement policies for three continuous damage
models
Modeling Accelerated Life Tests with Dependent Failure Modes
Diagnostic and prognostic modeling of high-speed milling machine
cutters
Non-parametric bootstrapping in software reliability
assessment
Optimal Reliability Improvement, Warranty Policy and Sale Price for
Second-Hand Products
Optimal Burn-In and Preventive Maintenance Strategy for a Warranted
Product with Random Minimal Repair
Differential Evolution for Single-Objective Optimization
Influence factors and range of the Weibull shape parameter
Geometric analysis of performance region based on the monte-carlo
method
Application of deicion fixed point to the reliability
allocation
Dynamic Bayesian Networks for Assessing Reliability of Hybrid
Systems
Bathtub Distributions through percentile residual life
functions
On the Skewness of Order Statistics with Applications
Queueing Model of the Non-reliable Hybrid Data Transmission
ChannelWith Heterogeneous Links
Software reliability modeling with randomness of fault correction
probability
Estimator of failure probability in the case of linear degradation
by simulation
Reliability assesment for refrigeration system based on combined
universal generating functions and stochastic
process method
Quality Control Via System-level Burn-in
A Repair-time Limit Replacement Molel with Imperfect Repair
A Multi-state Fault Tree Analysis Based Bayesian Network Modeling
Method for Failure Prediction
Estimating the Parameters of Bivariate Weibull Distribution under
Random Censoring
Multivariate Likelihood Ratio Ordering Results for k -out-of- n
Systems
Integrated Importance Measure of Multi-state k-out-of-n: g
Systems
Stability Analysis of a Repair Model for a Cold Stand by System
with Priority in Use and Repair
Optimal Replication Node Assignment in File Versioning Protocol to
Assure Low Access Costs for Read Clients
Statistical test plan design of reliability integrated compliance
test based on reliability growth information-
New Models and Measures for Reliability Using Fuzzv Sets
Lz - transform for A Discrete-state Continuous-time Markov Process
and Its Application to Dynamic Multi-state
System Reliability Analyses
Two-unit Cold Standby Repairable Deteriorated System with Repairman
Vacation
……
PLENARY TALKS
ABSTRACTS

章节摘录

版权页：插图：1 IntroductionThe first start-up demonstration test was proposed by Hahn & Gage （1983）, which was named CS （consecutive successes）start-up demonstration test. As a modification of the CS start-up demonstration test, the CSTF （consecutive successes totalfailures） start-up demonstration test was presented by Balakrishna & Chan （2000）. After that, the TSTF （total successes totalfailures）, CSCF （consecutive successes consecutive failures） and TSCF （total successes consecutive failures） start-updemonstration tests were suggested by Smith & Griffith （2008）. Their definitions are almost the same to the CSTF start-updemonstration test except that the words "consecutive" or "total" need to be replaced appropriately. Smith & Griffith （2008）analyzed and compared the CSTF, CSCF, TSCF, and TSTF start-up demonstration tests. In this paper, in order to assemblethe advantages and dismiss the disadvantages of the above four tests, two generalized start-up demonstration tests areintroduced. They are R1 -CS/TS/R2 -CF/TF start-up demonstration test and R1 -CS/R2 -CF start-up demonstration test. TheCSTF, TSCF and TSTF start-up demonstration tests are all special situations of the R1-CS/TS/R2 -CF/TF start-updemonstration test, and the CSCF start-up demonstration test is a special situation of the Rl -CS/R2 -CF start-updemonstration test. A literature review shows that two kinds of methodologies are used for probabilistic analysis. One is the probabilitygenerating function approach. The other is the finite Markov chain imbedding approach. By using the probability generatingfunction approach, Viveros & Balakrishnan （1993） derived the mean and variance of the CS test with i.i.d, start-ups;Balakrishnan et al. （1997） analyzed the CS test with Markov dependence start-ups; Balakrishnan & Chan （2000） obtained theprobability mass function, the mean and the cnditional distribution of the test length of the CSTF test with i.i.d, start-ups;Martin （2004） analyzed the CSTF test with Markov dependent start-ups. By using the finite Markov chain imbeddingapproach, Smith and Griffith （2005, 2008）, Martin （2008） derived the probabilistic results of the CSTF, CSCF, TSCF andTSTF tests with i.i.d, and Markov dependent start-ups separately. The finite Markov chain imbedding approach was firstformally named by Fu & Koutras （1994）. After that some studies about the improving and application of this approach havebeen published, such as Balakrishnan & Koutras （2002）, Fu & Lou （2003）, Martin （2005）, and Zhao & Cui （2007, 2009） etc..In this paper, the finite Markov chain imbedding approach will be used to discuss some problems about the new start-updemonstration tests.

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