The 2025 edition of Visual Communications and Image Processing (VCIP) Conference, will be held in Klagenfurt, Austria, during December 1-4, 2025.

VCIP 2025 will cover new technology frontiers and new use cases, in the visual signal processing and communication areas, to discuss and envision the future of both technology and applications. VCIP 2025 inherits the tradition of previous conferences in providing a fertile ground for researchers, engineers and professionals from academia and industry around the world. The program will feature lecture, poster and plenary sessions, as well as special sessions, demo sessions, and tutorials.

Sustainable and Trustworthy Visual Communications in the Age of AI

Topics of interest

include, but are not limited to:

Modalities:

Conventional image and video
Stereoscopic, multi-view, and 360-degree image and video
Light fields, point clouds, meshes, and holography
Multi-spectral and hyper-spectral imaging
NeRF and Gaussian splatting-based scene representation

Visual Processing aNd communication (conventional & AI-based):

Sensing, acquisition, representation, modeling, and registration
Restoration, denoising, and enhancement
Detection, recognition, understanding, retrieval, and classification
Computational vision modeling and processing
Perceptual-based processing
Synthesis, rendering, and visualization
Source coding and transmission, including standards
Compressed domain processing
Adaptive and low-latency streaming
Edge, network and cloud-based coding
Distributed visual information processing

Applications, services, architectures, and systems:

Biometrics, forensics, trust, and security
Content provenance and authenticity
Encryption and data hiding for secure visual communications
Augmented and virtual reality
Personal communications and social networks
Gaming and broadcasting
Drones and autonomous vehicles
Mobile and wireless visual applications and systems
Cloud-based and distributed architectures, services and systems
Internet of Things
Sustainability and green systems
Multimodal user interfaces and interaction models
Human Computer Interfaces
Emerging applications, services, architectures and systems

Performance assessment:

Subjective and objective quality assessment methodologies
Multimodal quality assessment
Quality of experience, notably for real-time and streaming applications
Task-based performance assessment
Visual quality of life
Complexity, delay and error resilience assessment
Emerging performance assessment methods