The 2nd International Conference on Reliability Systems Engineering

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活动简介

Welcome to the 2nd International Conference on Reliability Systems Engineering (ICRSE 2017) which will be held in Spring Legend Holiday Hotel (Dingxiu Meiquan Holiday Hotel ), Yanqi Twon, Huairou District, Beijing, China on July 10-12, 2017.

The conference will bring together the expertise of the academic, technical and management communities for facilitating cross-fertilization to share in RSE development in a broad range of research and application areas, such as aeronautics and astronautics, energy and power systems, process industries, computers and telecommunications, industrial automation, etc.. And also, the conference will provide a sociable, professional environment to network with other practitioners and experts, forge new relationships, and deepen existing ones.

The official languages of the conference are English and Chinese.
Here the reliability systems engineering means around faults/failures and setting the efficiency as the goal to understand the mechanisms and rules of the faults/failures, and study on the technologies and methods of fault/failure diagnosis, prognosis, prevention, maintenance and support based on the theories of system science and engineering, and use these theories and methods to carry out a series of related technology and management activities in engineering. RSE covers a broad range of research and application areas on reliability, maintainability, testability, supportability, safety, and also quality, etc.

Considering current situations in reliability systems engineering areas in China, the ICRSE (International Conference on Reliability Systems Engineering) will be held every two years, and the 2015 ICRSE is the 1st time conference, and the ICRSE 2017 will be the 2nd one.

征稿信息

重要日期

2017-03-31

初稿截稿日期

2017-04-30

初稿录用日期

征稿范围

Requirements & Technologies on reliability, maintainability, testability, safety and supportability (RMTSS);
RMTSS design, analysis, test & evaluation;
Modeling, simulation and optimization;
Standards and methodologies;
Information technologies;
Product warranty and quality engineering;
Risk assessment and control;
Human factors engineering;
Software reliability & safety;
Integrated design for reliability, performance & cost;
PDM based RMTSS coordinate design;
Information system redundancy and reliability design;
Control system safety design, Robust design;
Design for six sigma;
Experimental design for quality control;
Reliability testing and statistics;
Accelerated life experiment technology;
Environment test & evaluation;
Data collection and analysis;
RMTSS management; LCC analysis;
Risk analysis & control;
Safety analysis & management;
Failure physics;
Failure Prevention;
System reliability;
Network reliability;
Manufacturing quality & reliability;
Durability & reliability analysis;
Integrated reliability of software & hardware;
Maintainability engineering; Maintenance theory and application;
Condition based maintenance;
Availability engineering;
PHM Standards and Methodologies;
PHM Systems and Platform;
Design and Integration of PHM System;
Verification, Validation, and Maturation of PHM System;
PHM Affordability; PHM Applications;
PHM Design Techniques and Algorithms;
Sensor Technologies;
Methods of Data Pre-processing;
Fault Diagonostics and prognostics;
Structural Health Monitoring;
Benchmarking;
Statistical Analysis of Uncertainty;
Non-destructive Evaluations;