Conference Description:

Welcome to the 2024 International Conference on Advanced Imaging, Detection, and Signal Processing (AIDSP 2024). This prestigious event will be held in Harbin, China during December 27-29, 2024, which will gather an exceptional cohort of researchers, academics, and industry professionals from across the globe. AIDSP 2024 is dedicated to exploring the newest advancements and trends in imaging technologies, detection systems, and signal processing methodologies.

AIDSP 2024 will feature a diverse array of activities designed to foster knowledge exchange and professional growth.Attendees will benefit from:

· Keynote Presentations: Inspiring talks by renowned leaders in the fields of imaging, detection, and signal processing, offering deep insights into groundbreaking research and future directions.

· Technical Sessions: Rigorous presentations and discussions that cover a broad spectrum of topics, including medical imaging, biometric systems, machine learning applications, sensor technology, and more.

· Workshops and Tutorials: Interactive workshops and hands-on tutorials aimed at providing participants with practical skills and thorough understanding of advanced techniques and technologies.

· Poster Sessions: Engaging poster presentations where researchers can showcase their work, receive feedback, and initiate in-depth discussions with peers.

· Networking Opportunities: Ample opportunities for professional networking, enabling participants to build valuable connections and foster collaborations within the academic and industrial communities.

AIDSP 2024 extends a warm invitation to submit your cutting-edge research, case studies, and review articles.All accepted papers will be rigorously reviewed and included in the conference proceedings, with the potential for high-quality papers to be featured in special issues of prestigious journals.We look forward to your participation in AIDSP 2024, where innovation meets collaboration, and where we collectively push the boundaries of what is possible in imaging, detection, and signal processing.