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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 20 of 66  /  [Next]  
Committee Date Time Place Paper Title / Authors Abstract Paper #
R 2022-11-17
14:00
Online Online Edge Server Optimization Based on Stochastic Differential Equation Models
Kohei Fujita (Yamaguchi Univ.), Yoshinobu Tamura (Yamaguchi univ.), Shigeru Yamada (Tottori univ.) R2022-40
 [more] R2022-40
pp.1-6
R 2022-11-17
14:25
Online Online Optimal Maintenance Interval for DU Fault of Safety-Related System
Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2022-41
 [more] R2022-41
pp.7-12
R 2021-11-30
14:25
Online Online Queueing simulation of faults correction based on software reliability growth models
Yuka Minamino (Tottori Univ.), Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2021-37
(To be available after the conference date) [more] R2021-37
pp.19-23
R 2021-11-30
14:50
Online Online Safety Analysis for Safety-Related Software Based on a Fault Detection Count Model
Shinji Inoue (Kansai Univ.), Takaji Fujiwara (SRATECH Lab.), Shigeru Yamada (Tottori Univ.) R2021-38
IEC 61508 is widely known as the international standard for the functional safety of electrical/electronic/programmable ... [more] R2021-38
pp.24-29
R 2020-11-30
13:25
Online Online On Software Safety Integrity Assessment for E/E/PE Safety-Related Systems
Shinji Inoue (Kansai Univ.), Takaji Fujiwara (SRATECH Lab. Inc.), Shigeru Yamada (Tottori Univ.) R2020-24
 [more] R2020-24
pp.7-12
R 2020-07-11
13:50
Online Online Optimum maintenance problem based on stochastic differential equations considering 3V model and Development Effort
Yoshinobu Tamura, Kodai Sugisaki (Tokyo City Univ.), Shigeru Yamada (Tottori Univ.) R2020-7
 [more] R2020-7
pp.13-18
R 2019-11-28
14:35
Osaka Central Electric Club Process-Oriented Software Reliability Modeling with Debugging Difficulties
Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2019-45
We discuss software reliability growth modeling by considering the relationship between the debugging process, which mai... [more] R2019-45
pp.13-18
R 2019-10-25
14:00
Nagasaki Fukue Culture Center Multiple Change-Point Modeling for Software Reliability Assessment
Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2019-38
We discuss Markovian imperfect debugging modeling for software reliability assessment with multiple changes of testing e... [more] R2019-38
pp.1-6
R 2018-05-25
15:30
Aichi Aichi Institute of Technology, Motoyama Campus Bayesian Interval Estimation of Optimal Software Release Time Based on a Discretized NHPP Model
Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2018-4
We discuss an approach for obtaining interval estimation of optimal software release time which is derived by a discreti... [more] R2018-4
pp.19-24
R 2017-07-28
16:25
Hokkaido Wakkanai Sun Hotel Reliability and Maintainability Assessment Tool for Open Source Software Based on Deep Learning
Yoshinobu Tamura (Tokyo City Univ.), Shigeru Yamada (Tottori Univ.) R2017-22
 [more] R2017-22
pp.49-54
R 2017-07-28
16:50
Hokkaido Wakkanai Sun Hotel Software Reliability Assessment Based on a Discretized Model by Bayes' Theory
Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2017-23
We discuss an interval estimation approach for model parameters and software reliability assessment measures of a discre... [more] R2017-23
pp.55-60
R 2017-05-26
12:30
Okayama Purity Makibi Markovian Modeling for Software Reliability Assessment with Change-Point
Shinji Inoue (Kansai Univ.), Shigeru Yamada (Tottori Univ.) R2017-1
We discuss Markovian software reliability modeling with the effect of change-point and imperfect debugging environment f... [more] R2017-1
pp.1-6
R 2017-05-26
13:20
Okayama Purity Makibi A Method of Reliability and Maintainability Assessment for Open Source Software Based on Deep Learning
Yoshinobu Tamura (Tokyo City Univ.), Shigeru Yamada (Tottori Univ.) R2017-3
 [more] R2017-3
pp.13-18
R 2017-05-26
16:20
Okayama Purity Makibi [Invited Talk] A Summary of Elementary Software Reliability Modeling
Shigeru Yamada (Tottori Univ.) R2017-9
Software reliability is one of the most important characteristics of software quality. Its measurement and management te... [more] R2017-9
pp.49-56
R 2016-07-29
13:30
Hokkaido Otaru Chamber of Commerce and Industry On Optimal Software Release Problems Based on a Hazard Rate Model with Effect of Change-Point
Shinji Inoue, Shigeru Yamada (Tottori Univ.) R2016-13
We often observed the case that the hazard rate of software failure-occurrence time intervals notably change in actual t... [more] R2016-13
pp.1-6
R 2016-07-29
13:55
Hokkaido Otaru Chamber of Commerce and Industry A Fault Data Analysis Tool for Open Source Software
Yoshinobu Tamura, Satoshi Ashida (Yamaguchi Univ.), Mitsuho Matsumoto, Shigeru Yamada (Tottori Univ.) R2016-14
At present, many open source software (OSS) are developed under the open source projects all over the world. Then, the s... [more] R2016-14
pp.7-12
R 2016-05-28
15:15
Aichi WINC AICHI Fault Identification Based on Deep Learning for Open Source Software
Yoshinobu Tamura, Satoshi Ashida (Yamaguchi Univ.), Matsumoto Mitsuho, Shigeru Yamada (Tottori Univ.) R2016-6
 [more] R2016-6
pp.33-38
R 2016-05-28
15:40
Aichi WINC AICHI On Binomial-Type Software Reliability Modeling with Test Environment Factors
Shinji Inoue, Shigeru Yamada (Tottori Univ.) R2016-7
Considering an actual software testing phase, we have no doubt that the software reliability growth process depends on t... [more] R2016-7
pp.39-44
R 2015-07-31
15:10
Aomori   On Software Quality Prediction Based on Generalized Linear Models
Shinji Inoue, Shigeru Yamada (Tottori Univ.) R2015-18
Statistical analysis approaches are often discussed for statistical software quality prediction based on software proces... [more] R2015-18
pp.25-30
KBSE, SS, IPSJ-SE [detail] 2015-07-23
15:20
Hokkaido   A Method of Software Reliability Assessment Based on Fault Data Clustering in Cloud Computing Environment with Big Data
Yoshinobu Tamura (Yamaguchi Univ.), Yumi Nobukawa, Shigeru Yamada (Tottori Univ.) SS2015-25 KBSE2015-18
 [more] SS2015-25 KBSE2015-18
pp.119-124
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