Yi‐Kuei Lin

National Yang Ming Chiao Tung University

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Ping‐Chen Chang

National Taipei University of Technology

Cheng-Fu Huang

Feng Chia University

Cheng-Ta Yeh

Fu Jen Catholic University

Ding‐Hsiang Huang

Tunghai University

Shin-Guang Chen

Tungnan University

Thi-Phuong Nguyen

National Chin-Yi University of Technology

Louis Cheng-Lu Yeng

National Yang Ming Chiao Tung University

Lance Fiondella

University of Massachusetts Dartmouth

Cheng Ta Yeh

Shih Hsin University

Louis Cheng-Lu Yeng

National Yang Ming Chiao Tung University

Cooperative Institutions

National Taiwan University of Science and Technology

National Yang Ming Chiao Tung University

National Taiwan University

National Tsing Hua University

Taipei Medical University

China Medical University

Harbin Institute of Technology

National Taipei University of Technology

University of Houston

Vanung University

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Preface: reliability and quality management in stochastic systems

Annals of Operations Research (2019)

Yi‐Kuei Lin Ming J. Zuo Hoang Pham

Theory of computation

Robustness

Annals

10.1007/s10479-019-03197-z

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Citations (31)

Reliability evaluation of a multistate network under routing policy

International journal of industrial engineering (2012)

Yi‐Kuei Lin

A multistate network is a stochastic network composed with multistate arcs in which each arc has several possible capacities and may fail due to failure, maintenance, etc. Different from the deterministic case, the minimum transmission time in a multistate network is not a fixed number. We evaluate the probability that a given amount of data/commodity can be sent from a source port to a sink port through a pair of minimal paths simultaneously under the time constraint. Such a probability is named the system reliability. An efficient solution procedure is first proposed to calculate it. In order to enhance the system reliability, t he network administrator decides the routing policy in advance to indicate the first and the second priority pairs of MPs. S ubsequently, we can evaluate the system reliability under the routing policy. An easy criterion is then proposed to derive an ideal routing policy with higher system reliability. We can treat the system reliability as a performance index to measure the transmission ability of a multistate network such as computer, logistics, urban traffic, telecommunication systems, etc.

Time constraint

Port (circuit theory)

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Project reliability evaluation of a restaurant under time constraints and customer demands

International journal of information and management sciences (2015)

Yi‐Kuei Lin Sheng Chiang Chen Kai Jen Hsueh

Every restaurant strives to maintain the quality of its service while simultaneously attracting new customers. Thus, restaurant managers face the dual challenges of adhering to time constraints and fulfilling customer demands. To investigate this issue in the present study, cooking was regarded as a project and was analyzed using a work breakdown structure. Since many real-world projects can be described by network models using arcs and nodes, we also evaluated restaurant performance by analyzing its project network. In general, a project network mainly consists of activities, and in this case, the capacity of each cooking appliance and the duration of each activity involved in the cooking process were also accounted for in the calculations. The main purpose of this study was to evaluate the project reliability, the probability that a restaurant can produce a demanded number of meals within a certain time. A restaurant multistate project network (RMPN) was constructed based on information provided by a restaurant about the cooking process. We then measured the time spent on each activity to generate the duration distribution. An algorithm was subsequently developed to assess the project reliability of the RMPN. This algorithm can be used by restaurant managers to assess the service qualities of their restaurants.

Work breakdown structure

10.6186/ijims.2015.26.4.1

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Enhancing Proton ARC Treatment Efficiency with a Multi-Arc Approach

International Journal of Radiation Oncology*Biology*Physics (2024)

Jianhua Ma Y. Zhu Yi‐Kuei Lin Ming Tang Hong Gao

10.1016/j.ijrobp.2024.07.200

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Two-commodity reliability evaluation of a stochastic-flow network with varying capacity weight in terms of minimal paths

Computers & Operations Research (2008)

Yi‐Kuei Lin

Viewpoints

10.1016/j.cor.2007.12.005

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Citations (45)

損耗性商品資訊分享與決策協調機制研究; The Research of Information Sharing and Decision Coordination Mechanism for Perishable Products

林義貴 Yi‐Kuei Lin

Information Sharing

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Bi-objective optimization for a multistate job-shop production network using NSGA-II and TOPSIS

Journal of Manufacturing Systems (2019)

Yi‐Kuei Lin Ping‐Chen Chang Louis Cheng-Lu Yeng S.-S. Huang

TOPSIS

Workstation

Ideal solution

10.1016/j.jmsy.2019.05.004

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Citations (42)

System reliability estimation and sensitivity analysis for multi-state manufacturing network with joint buffers––A simulation approach

Reliability Engineering & System Safety (2019)

Ping‐Chen Chang Yi‐Kuei Lin Yu-Min Chiang

Workstation

10.1016/j.ress.2019.03.024

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Citations (43)

System Reliability Evaluation of a Multistate Manufacturing Network

Springer series in reliability engineering (2015)

Yi‐Kuei Lin Ping‐Chen Chang Cheng-Fu Huang

This chapter studies the system reliability as a performance indicator to measure the demand satisfaction of the manufacturing system. Three characteristics are considered in this chapter: (i) multiple production lines in parallel, (ii) multiple reworking actions, and (iii) distinct defect rate of each station.

10.1007/978-1-4471-6778-5_5

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Citations (4)

Project management for arbitrary random durations and cost attributes by applying network approaches

Computers & Mathematics with Applications (2008)

Yi‐Kuei Lin

10.1016/j.camwa.2008.05.026

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Citations (19)