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2025年第七届软件工程与开发国际会议 (ICSED 2025)
2025.10.29 - 2025.10.31 | 泰国 曼谷
2025年第七届软件工程与开发国际会议（ICSED 2025）将于10月29日至31日在泰国曼谷举行。会议延续历年办会传统（2017曼谷、2018成都、2023新加坡等），聚焦软件工程领域的前沿研究与产业实践，为全球学者及开发者提供学术交流平台。录用论文将发表于Springer CCIS会议论文集，并提交EI与Scopus等检索机构进行审核，推动高质量科研成果的国际传播。
会议亮点： 1.ICSED 2025受到了泰国国立发展管理学院和新加坡电子学会的支持。
2. 所有被接受并注册的会议论文将被收录至Springer CCIS会议论文集并提交EI Compendex, Scopus等知名检索库审核。
ICSED 2017&2018&2021&2022&2023论文已提交EI 核心和Scopus等检索机构审核，ICSED 2024已于2024年5月29-31日成功举办，所有录用论文即将提交EI 核心和Scopus等检索机构进行审核（ACM-ISBN: 979-8-4007-1805-2）。
3.会议邀请到了两位著名IEEE fellow进行主题演讲，分别是来自加拿大阿尔伯塔大学的Witold Pedrycz教授和来自新加坡南洋理工大学的蒋旭东教授。
出版信息：
经过专家盲审并成功接收的文章，将会出版在 ICSED 2025 Springer CCIS 会议论文集 ，并提交EI 和Scopus 等检索机构审核。 投稿方式：
1.会议只接受英文学术论文，投稿请务必用英文撰写论文。
2.出版于论文集的论文必须是全文（12-15页），如果您不需要出版到论文集，只想在会上做报告，摘要投稿是允许的。
3.对于已于其他国际期刊、论文集出版过的文章，或者还处于撰写过程中未完成的论文，会议可接受摘要投稿，以只做口头报告的形式参加会议。
4.投稿方式：提交到投稿系统 (PDF格式) 。
征稿主题：
Fundamentals in software development
Software architecture;
Software patterns;
Software frameworks;
Software analysis and model checking;
Software architectural scalability;
Requirements engineering and design;
Software design;
Software modeling;
Software process and workflow;
Software validation and verification
Software security, privacy, safeness
Software safety and security;
Security, privacy and safeness in software;
Software vulnerabilities;
Assessing risks in software;
Software trace analysis;
Software uncertainties;
Dynamic detection of likely invariants
High confidence software
Trends and achievements
Machine learning-oriented software;
Fast data-pressing algorithms;
Special software for Industry 4.0 applications;
Software for Cyber-physical systems;
Internet-of-Things (IoT)-oriented software;
Deep-software for data analytics;
Software for pervasive systems;
Green-oriented software engineering;
Mobile applications-oriented software;
Interactive Big data processing
Design tools for developing software
Formal specifications in software;
Programming mechanisms;
Requirement specification languages;
Programming languages;
Automation of software design and implementation;
Web service based software;
Scenario-based model synthesis;
Merging partial behavioral models;
Scenario-based model synthesis;
Component-oriented models;
Microservices approach
Open source software
Open source software (OSS) methodologies;
OSS development and debugging;
Performance of OSS;
OSS roles and responsibilities;
OSS incremental development;
Distribution of decision-making;
Operational boundaries;
Experience reports and lessons learned;
Open source licensing
Specialized software advanced applications
Database related software;
Software for mobile vehicles;
Biomedical-related software;
Biometrics related software;
Mission critical software;
E-health related software;
Crisis-situation software;
Multimedia software applications
Mechanisms for software development
Software composition;
Co-design and codeplay;
Software dependencies;
Adaptive software;
Context-sensitive software;
Policy-driven software design;
Embedded software;
Parallel and distributed software;
Software rejuvenation;
DevOps and CI/CD pipeline;
Event-based systems
Software engineering for service computing
Service computing technologies;
Service level reuse paradigm;
Cloud computing development methods;
SaaS development methods and techniques;
Service computing paradigm;
QoS models for service computing;
Testing methods for service computing;
Approaches to service process improvement;
Approaches to Big Data Software Engineering
Software performance
Software performance modeling;
Software performance engineering;
Performance testing;
Web-service based software performance;
Performance of rule-based software;
Methods for performance improvements;
Error ranking via correlation;
Empirical evaluation of defects
会议地点： 泰国国立发展管理学院, 曼谷, 泰国
投稿和联系方式： 会议秘书：姚女士
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