期刊信息

IEEE Pervasive Computing

请登录查看期刊网址

影响因子:
1.8
出版商:
IEEE
ISSN:
1536-1268
浏览:
26444
关注:
7

征稿

IEEE Pervasive Computing is an academic journal published by IEEE. (ISSN 1536-1268, impact factor 1.8).

About IEEE Pervasive Computing IEEE Pervasive Computing explores the role of computing in the physical world–as characterized by visions such as the Internet of Things and ubiquitous computing. Designed for researchers, practitioners, and educators, this quarterly magazine acts as a catalyst for realizing the ideas described by Mark Weiser in 1988. The essence of this vision is the creation of environments saturated with sensing, computing, and wireless communication that gracefully support the needs of individuals and society. Many key building blocks for this vision are now viable commercial technologies: wearable and handheld computers, wireless networking, location sensing, Internet of Things platforms, and so on. However, the vision continues to present deep challenges for experts in areas such as hardware design, sensor networks, mobile systems, human-computer interaction, industrial design, machine learning, data science, and societal issues including privacy and ethics. Through special issues, the magazine explores applications in areas such as assisted living, automotive systems, cognitive assistance, hardware innovations, ICT4D, manufacturing, retail, smart cities, and sustainability. In addition, the magazine accepts peer-reviewed papers of wide interest under a general call, and also features regular columns on hot topics and interviews with luminaries in the field.
最后更新 Dou Sun 在

Special Issues

Special Issue on Embodied Pervasive Computing 截稿日期: 2026-07-01 Pervasive computing is increasingly moving beyond static sensing and passive context awareness toward systems that are embodied, adaptive, and agentic. Advances in wearables, spatial computing, edge intelligence, and robotics, together with foundation models are enabling computational entities that not only perceive their surroundings, but also reason over time, make decisions, and act within the physical world. Embodied pervasive systems integrate sensing, computation, and actuation in physical form factors, ranging from wearable and mobile devices to autonomous robots and ambient infrastructures. At the same time, pervasive agents with autonomy, learning capability, and contextual reasoning, are becoming capable collaborators in everyday environments. These agents operate continuously, interpret multimodal signals, adapt to human behaviour, and influence the physical world through feedback, guidance, or direct intervention. The convergence of embodiment and agentic intelligence raises foundational questions. How should pervasive agents reason about context over long time horizons? How can embodied systems balance autonomy with human oversight? How should we design system architectures that support safe, trustworthy, and socially aware operations in dynamic environments? And how do we evaluate intelligence that is distributed across physical form, sensing modalities, and machine learning models? This Special Issue invites contributions that explore the theoretical foundations, system architectures, and real-world deployments of embodied pervasive computing and pervasive agents. We seek work that advances both technical innovation and critical reflection on the role of autonomous, context-aware systems in everyday life. We invite original and high-quality submissions addressing, but not limited to, the following topics: Embodied Intelligence in the Physical World — integrated sensing and actuation, wearable and robotic embodiments, spatial computing, cyber-physical integration, edge–cloud coordination. Pervasive Agents and Autonomy — context-aware agents, goal-driven behaviour, multi-agent coordination, adaptive planning, human-in-the-loop autonomy. Multimodal Perception and Context Modelling — sensor fusion, behavioural inference, environmental modelling, long-term context learning, uncertainty handling. Foundation Models and On-Device Learning — large multimodal models, representation learning, test-time adaptation, continual learning, federated intelligence. Human–Agent Interaction — explainability, trust calibration, shared control, affect-aware systems, embodied conversational interfaces. Ethics, Safety, and Governance of Agentic Systems — accountability, value alignment, privacy preservation, regulatory compliance, safe deployment frameworks. Systems Architecture and Scalability — distributed agent frameworks, edge orchestration, energy-efficient computation, real-time performance constraints. Applications and Real-World Deployments — assistive technologies, health and wellbeing, smart environments, industrial automation, education, and collaborative robotics Reliability, Fault Tolerance, and Robustness – verification and validation of embodied agents, self-monitoring and self-recovery systems, robust perception under real-world noise and sensor failures, and fault-tolerant pervasive agents. We also welcome papers addressing any aspect of this field, provided that the connection to pervasive computing is central and clear. Review or summary articles offering critical evaluations of the state of the art or in-depth analyses of emerging technologies will also be considered if they demonstrate academic rigor and relevance. Articles submitted to IEEE Pervasive Computing should not exceed 6,000 words, including all text, the abstract, keywords, bibliography, biographies, and table text. The word count must include 250 words for each table and figure. References should be limited to at most 20 citations (40 for survey papers). Authors are encouraged, but not required, to use a template for submission (accepted articles will ultimately be typeset by magazine staff for publication). https://www.computer.org/digital-library/magazines/pc/cfp-embodied-pervasive-computing-agents
最后更新 Dou Sun 在
Special Issue on Revisiting Mobility 截稿日期: 2026-10-01 Important Dates Title and abstracts due: 1 October 2026 (email to pvc3-2027@computer.org) Full Manuscripts due: 8 October 2026 (via submission site) Publication: July - September 2027 Call for Papers Mobility is undergoing a profound transformation. Advances in sensing, connectivity, distributed intelligence, and automation are reshaping how people, goods, and services move through physical environments. From connected vehicles and autonomous drones to intelligent transport infrastructure and multimodal urban mobility platforms, transportation systems are becoming deeply intertwined with pervasive computing technologies. Today’s mobility ecosystems are no longer confined to isolated vehicles or static infrastructure. They are dynamic, data-rich, and context-aware environments where embedded intelligence supports real-time decision-making, adaptive routing, cooperative perception, and human–machine collaboration. Edge computing, sensor fusion, and AI-driven analytics are enabling vehicles and transport systems to operate with increasing autonomy, safety, and efficiency. At the same time, revisiting mobility through a pervasive computing lens raises fundamental challenges. Transport systems must operate under stringent constraints—low latency, high reliability, safety certification, cybersecurity resilience, and regulatory compliance—often in highly dynamic and adversarial conditions. The integration of pervasive intelligence into vehicles, drones, and infrastructure demands new architectures, verification frameworks, and interaction paradigms. This Special Issue invites contributions that critically examine the evolution of mobility systems through pervasive computing. We seek both technical innovations and reflective analyses that explore how distributed sensing, data-driven intelligence, and embedded computation are redefining transport across land, air, and urban spaces. We invite original and high-quality submissions addressing, but not limited to, the following topics: Sensing and Context-Awareness in Mobility Systems — real-time perception, multimodal sensing, cooperative awareness, traffic context modelling, environmental intelligence. Mobility data collection and fusion: Multi-source multi-granularity mobility data generated by different sensors like GNSS, WiFi, Bluetooth, LoRA; or from different transportation modes like bus, subway, bike. Edge Intelligence and Real-Time Decision Making — on-device AI, low-latency inference, adaptive routing, distributed learning, bandwidth-constrained optimisation. Distributed and Cooperative Mobility Systems — V2X communication, swarm coordination, fleet intelligence, collaborative perception, infrastructure–vehicle integration. Safety, Reliability, and Resilience — fault tolerance, safety certification, cybersecurity, adversarial robustness, real-time dependability. Human–Machine Interaction in Transport — shared autonomy, multimodal interfaces, situational awareness, trust calibration, human oversight. Data, Machine Intelligence, and Mobility Platforms — mobility data analytics, foundation models, federated learning, predictive modelling, privacy-preserving AI. Sustainability and Societal Impact — energy-efficient transport, inclusive mobility, urban resilience, ethical autonomy, regulatory frameworks. Case Studies and Real-World Deployments — smart cities, autonomous vehicles, drone ecosystems, logistics platforms, large-scale operational validation. We also welcome papers addressing any aspect of this field, provided that the connection to pervasive computing is central and clear. Review or summary articles offering critical evaluations of the state of the art or in-depth analyses of emerging technologies will also be considered if they demonstrate academic rigor and relevance. Articles submitted to IEEE Pervasive Computing should not exceed 6,000 words, including all text, the abstract, keywords, bibliography, biographies, and table text. The word count must include 250 words for each table and figure. References should be limited to at most 20 citations (40 for survey papers). Authors are encouraged, but not required, to use a template for submission (accepted articles will ultimately be typeset by magazine staff for publication). https://www.computer.org/digital-library/magazines/pc/cfp-revisiting-mobility
最后更新 Dou Sun 在

最佳论文

看过这个的人也在看

CCF全称影响因子出版商ISSN
cEngineering Applications of Artificial Intelligence8.0Elsevier0952-1976
cSignal Processing3.6Elsevier0165-1684

相关期刊

CCF全称影响因子出版商ISSN
IEEE Computer2.3IEEE0018-9162
IEEE Software3.3IEEE0740-7459
IEEE Intelligent Systems6.1IEEE1541-1672
IEEE Network6.3IEEE0890-8044
IEEE MultiMedia3.3IEEE1070-986X
IEEE Wireless Communications11.5IEEE1536-1284
Computing in Science & Engineering1.9IEEE1521-9615
IEEE Security & Privacy3.0IEEE1540-7993
IEEE Computer Graphics and Applications1.4IEEE0272-1716
IEEE Transactions on Control Systems Technology3.9IEEE1063-6536

相关会议

CCFCOREQUALIS简称全称截稿日期通知日期会议日期
Pervasive HealthInternational Conference on Pervasive Computing Technologies for Healthcare2015-01-092015-03-062015-05-21
IEEE S&BIEEE Security & Privacy on the Blockchain Workshop2021-05-212021-06-152021-09-07
cbb2IEEE CLOUDIEEE International Conference on Cloud Computing2023-03-252023-05-082023-07-02
ICPC'International Conference on Pervasive Computing2014-12-122015-01-08
IoT-SPIEEE International Conference on Internet of Things and Pervasive Systems2016-05-152016-06-152016-09-22
IEEE-NANOIEEE International Conference on Nanotechnology2026-03-012026-04-102026-07-05
e-HPWASIEEE International Workshop on e-Health Pervasive Wireless Applications and Services2015-07-182015-07-312015-10-19
IEEE BigDataIEEE International Conference on Big Data2026-08-212026-10-242026-12-14
IEEE JCCIEEE International Conference on JointCloud Computing2026-04-102026-05-152026-07-27
PIComInternational Conference on Pervasive Intelligence and Computing2025-06-102025-07-302025-10-21

惊喜