International Workshop on Security, Privacy and Trust in the Internet of Things

More workshops at International Conference on Document Analysis and Recognition 2026

• Workshop on Emerging Intelligent eDGE for WELLbeing — This workshop aims to advance edge computing applications for human wellbeing, integrating AI, IoT, serverless...
• Workshop on Human‑Centred Emotion‑Awareness and Sensing in Pervasive Computing — EmotionSense advances research at the intersection of affective computing, pervasive sensing and human‑centred AI. It...
• Workshop on Pervasive and Resource‑Constrained Artificial Intelligence — PeRConAI aims to develop and share new ideas on pervasive and resource‑constrained machine learning, bringing...
• Workshop on Negative Results in Pervasive Computing — PerFail provides a platform to share insights and lessons learned from research that does not...
• Workshop on Pervasive Radars — PerRad fosters interdisciplinary research on handheld and tiny radars (e.g., mmWave, UWB) for ambient intelligence,...
• Workshop on Pervasive Computing for Vehicular Systems — PerVehicle offers a forum to discuss research on pervasive and mobile computing technologies for intelligent...
• International Workshop on AI Sustainability in/for Green Networking — This workshop addresses how wireless and networking technologies can support global emission‑reduction goals while managing...
• International Workshop on Telemedicine and e‑Health in the Digital Society — TELMED explores how telemedicine and e‑health technologies can enhance patient care and inclusivity by bridging...
• Workshop on Pervasive Computing Challenges in Trustable Crowdsensing Systems — TrustSense targets challenges in crowdsensing systems where individuals and IoT devices contribute data for applications...
• International Workshop on URBan SENSEmaking and Intelligence for Safer Cities — URBSENSE is part of the NOUS EU project and explores urban intelligence and adaptive systems...
• Workshop on Pervasive Wireless Sensing and Edge Computing — WiSense investigates wireless sensing—using changes in wireless signals caused by objects and humans to infer...