首页 › 期刊 › Intelligence & Robotics
Intelligence & Robotics
出版商:OAE Publishing Inc. · ISSN:2770-3541 · 国家/地区:US · 类型:journal
研究主题:Robotic Path Planning Algorithms · Distributed Control Multi-Agent Systems · Adaptive Control of Nonlinear Systems · Underwater Vehicles and Communication Systems · Stability and Control of Uncertain Systems
数据覆盖:7 个公开学术数据源交叉核验(crossref、jcr、openalex、scimago、wikidata、xr、cwts)。
数据来源与实体核验
核心指标
- 影响因子(JCR 2025):3.900
- JCR 分区:Q2(AUTOMATION & CONTROL SYSTEMS)
- 新锐分区(2026):计算机科学 4区
- SJR:0.67(Q2),2025 年,United States
- CWTS 2025:SNIP 0.985 · IPP 3.756 · 自引率 9.6%
- h-index:19
- i10 指数:56
- 近两年篇均被引:7.62
- 载文量 160 · 总被引 1480
- Crossref DOI 总量:159,近期 98
逐年趋势
- 近年影响因子:2024 2.3
- 近年 SJR:2024 0.556(Q3) → 2025 0.67(Q2)
同学科期刊推荐
- IEEE/CAA Journal of Automatica Sinica — IF 18.3 · JCR Q1 · 中科院1区(Top)
- Annual Review of Control Robotics and Autonomous Systems — IF 14.6 · JCR Q1 · 中科院1区(Top)
- Annual Reviews in Control — IF 14.4 · JCR Q1 · 中科院2区
- IEEE Transactions on Cybernetics — IF 11.3 · JCR Q1 · 中科院1区(Top)
- International Journal of Automation and Computing — IF 10.0 · JCR Q1 · 中科院4区
- IEEE Robotics & Automation Magazine — IF 9.8 · JCR Q1 · 中科院3区
- IEEE Transactions on Industrial Informatics — IF 9.8 · JCR Q1 · 中科院1区(Top)
- Engineering Applications of Artificial Intelligence — IF 9.0 · JCR Q1 · 中科院1区(Top)
常见问题
《Intelligence & Robotics》的影响因子是多少?
根据 JCR 2025 年数据,《Intelligence & Robotics》的最新影响因子(IF)为 3.900。
《Intelligence & Robotics》是几区期刊?
《Intelligence & Robotics》JCR 分区为 Q2。
本刊近期代表论文
- Model predictive tracking control based on adaptive sliding mode constraints for unmanned underwater vehicles (2026 · 被引 5)
- AI-empowered intelligence in industrial robotics: technologies, challenges, and emerging trends (2026 · 被引 5)
- Data-based dynamic event-triggered attitude control for helicopter with aperiodic denial-of-service attacks (2025 · 被引 4)
- Dynamic event-triggered integral non-singular terminal sliding mode tracking of unmanned surface vehicle via an event-triggered extended state observer and adaptive neural network (2024 · 被引 15)
- Intelligent prediction of rail corrugation evolution trend based on self-attention bidirectional TCN and GRU (2024 · 被引 13)
- A novel fatigue driving detection method based on whale optimization and Attention-enhanced GRU (2024 · 被引 10)