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Artificial IntelligenceProgressing
Unified multimodal understanding
Current vision-language models can describe images and answer questions about them, but struggle with fine-grained spatial reasoning, temporal understanding in video, and genuine cross-modal inference. Unified architectures that natively process text, images, audio, and video remain inferior to specialized models in many benchmarks. Achieving human-level multimodal understanding that seamlessly integrates perception across modalities — including physical intuition and commonsense spatial reasoning — is an open challenge.
Research Domains
foundationssystems
Keywords
multimodalvision-language modelVLMimage understandingvideo understandingspatial reasoningvisual groundingaudio-languageunified modelcross-modal
Last updated: April 8, 2026
Recent Papers(Artificial Intelligence)
DETECTING RARE CORTICAL CONNECTIVITY AROUND THE HUMAN CENTRAL SULCUS: A DEEP LEARNING ANALYSIS OF 37,000+ TRACTOGRAPHIES
April 8, 2026openalex
MULTI-MAP FUSION FOR WEAKLY SUPERVISED DISEASE LOCALIZATION FROM GLOBALLY ASSIGNED DIAGNOSTIC LABELS IN BRAIN MRI
April 8, 2026openalex
EVALUATING SEGMENTATION USING BETTI-1 TOPOLOGICAL METRIC: APPLICATION TO NASAL CAVITIES IN THE CONTEXT OF AIRFLOW SIMULATION
April 8, 2026openalex
Faster 4D Flow MRI Scan with 3D Arbitrary-Scale Super-Resolution
April 8, 2026openalex
Iterative confidence-based pseudo-labeling for semi-supervised lung cancer segmentation under annotation scarcity
April 8, 2026openalex
FALCON: Unfolded Variational Model for Blind Deconvolution and Segmentation in 3d Dental Imaging
April 8, 2026openalex
Diffusion-Based Fourier Domain Deconvolution with Application to Ultrasound Image Restoration
April 8, 2026openalex