Image and Vision Computing New Zealand (IVCNZ) is the leading academic conference in New Zealand, focusing on all aspects of computer vision, image processing, computer graphics, virtual and augmented reality, visualization, and human-computer interaction (HCI) applications within these fields.

The 40th International Conference on Image and Vision Computing New Zealand (IVCNZ 2025) will be hosted in Wellington, New Zealand's vibrant capital, situated at the southern tip of the North Island. Nestled between a sparkling harbor and lush green hills, Wellington is celebrated for its rich arts, culture, and natural beauty. Visitors can enjoy Oriental Bay's beach, vibrant museums, cozy cafes, and exceptional coffee. Outdoor enthusiasts can enjoy mountain biking, sea kayaking, and scenic walks along the harbor and hills. The city is also a hub for innovation at Te Herenga Waka—Victoria University of Wellington and globally recognized creative technology companies like Weta Digital and Sidhe.

IVCNZ 2025 will be held in a hybrid format, supporting both online and in-person participation.

The conference proceedings will be made available electronically during the event, assigned an ISBN number, and later published by the IEEE Digital Library (IEEE Xplore). These proceedings will typically be indexed by leading databases, including Engineering Index (Compendex), ISI Proceedings/ISTP, and DBLP.

Please note that IVCNZ 2025 will be co-hosted with the PRICAI 2025 conference. For more information about PRICAI 2025, please visit https://www.pricai.org/2025/

Relevant Topics
3D imaging
Artificial intelligence for computer vision
Augmented and virtual reality
Automated visual surveillance
Biomedical imaging and visualization
Biologically inspired vision systems
Biometrics
Calibration techniques
Computer graphics
Enhancement of video and still images
Face recognition
Feature detection and extraction
Geometric modeling in vision and graphics
Image analysis and understanding
Image based rendering
Image compression and coding
Medical imaging
Motion tracking and analysis
Motion synthesis and control
Multimedia information retrieval
Object recognition
Pattern recognition and classification
Reconstruction techniques
Rendering and scientic visualization
Scientifc visualization
Security image processing
Shape recovery from multiple images
Sonar and acoustical imaging
Stereo image analysis
Machine vision real-world applications