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HealthCom 2026 : 2026 IEEE International Conference on E-health Networking, Application & Services | |||||||||||||||
| Link: https://healthcom2026.ieee-healthcom.org/call-papers | |||||||||||||||
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Call For Papers | |||||||||||||||
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2026 IEEE International Conference on E-health Networking, Application & Services
HealthCom 2026 New York, New York, USA 19 - 21 October 2026 The rapid convergence of signal processing, computing, communications, and artificial intelligence is transforming modern healthcare systems. Advances in eHealth, telemedicine, intelligent medical devices, and data-driven medical studies are enabling more personalized, efficient, and accessible healthcare services. This Call for Papers invites original, high-quality research contributions that address theoretical advances, system designs, algorithms, applications, and real-world deployments related to signal/data processing and computing for health systems. Interdisciplinary research and innovative solutions bridging healthcare, engineering, and computing are particularly encouraged. --- ## Important Dates - **Paper Submission Deadline:** 8 June 2026 - **Notification of Acceptance:** 3 August 2026 - **Camera-Ready Papers Due:** 14 September 2026 --- ## Topics of Interest Topics include, but are not limited to, the following areas: ### Signal/Data Processing and Computing for Health Systems - AI and machine learning for eHealth - Machine and deep learning approaches for health data - Generative AI for eHealth - Fog, edge, and cloud computing for wearable medical devices - Virtual tele-rehabilitation - Biometric analysis (gait analysis, eye-tracking, fall detection, mHealth) - Signal processing for early virus detection - Bioinformatics - AI for precision medicine - AI-driven drug discovery and development - Federated learning for privacy-preserving health data analysis ### Communications and Networking - Network coding and error detection/correction - Delay-tolerant, fault-tolerant, and reliable communications - Quality of Service (QoS) and Quality of Experience (QoE) - In-hospital networking, body area networks, and cloud-integrated networking - B5G-based eHealth solutions - Future network designs and deterministic networking for eHealth - Semantic communications for eHealth - Network security for eHealth ### Medical, Biomedical & Health Communication Systems - Medical imaging, image compression, and detection - Signal processing, data cleansing, management, and mining - Smart health and big data - IoT for eHealth and telemedicine - eHealth platforms - Digital platforms for biopharmaceutical clinical trials ### Devices - Integration of medical devices with eHealth platforms - Medical device interoperability - Wearable and implantable devices - Device security and safety - Wearable devices for virus infection prevention and detection - eDrugs and nano-devices in the bloodstream - Healthcare devices and circuits for AI-enabled systems ### Services and Applications - eHealth services and applications for physical and mental health - eHealth services and applications for sports and exercise - eHealth services and applications for public health (disease prevention, pandemic preparedness) - eHealth services and applications for extreme environments - mHealth applications and software - Quality of Experience (QoE) for eHealth services and applications - Security, privacy, and trust in eHealth services and applications - Metaverse and digital twin applications for eHealth - Decision support systems for eHealth - Real-time genomic counseling and testing - Telemedicine services incorporating genetic counseling and testing ### Medical Studies - eHealth case studies and applications - eHealth for neurological diseases - EEG/MEG in brain network analysis - Telehealth in obstetrics and gynecology - Cardiology tele-health - Integration of transcranial magnetic stimulation (TMS) with EEG and functional magnetic resonance imaging (fMRI) --- Researchers, practitioners, and industry experts are invited to submit original contributions and share insights that advance the state of the art in health systems enabled by signal processing, computing, and communications. |
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