首页|Reports on Computational Intelligence Findings from Tianjin University Provide N ew Insights (3d-immc: Incomplete Multi-modal 3d Shape Clustering Via Cross Mappi ng and Dual Adaptive Fusion)
Reports on Computational Intelligence Findings from Tianjin University Provide N ew Insights (3d-immc: Incomplete Multi-modal 3d Shape Clustering Via Cross Mappi ng and Dual Adaptive Fusion)
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Research findings on Machine Learning-Computational Intelligence are discussed in a new report. According to news re porting out of Tianjin, People's Republic of China, by NewsRx editors, research stated, "In recent years, with the rapid growth number of multi-modal 3D shapes, it has become increasingly important to efficiently recognize a vast number of unlabeled multi-modal 3D shapes through clustering. However, the multi-modal 3D shape instances are usually incomplete in practical applications, which poses a considerable challenge for multi-modal 3D shape clustering." Financial support for this research came from National Natural Science Foundatio n of China (NSFC). Our news journalists obtained a quote from the research from Tianjin University, "To this end, this paper proposes an incomplete multi-modal 3D shape clustering method with cross mapping and dual adaptive fusion, termed as 3D-IMMC, to allev iate the negative impact of the missing modal instances in multi-modal 3D shapes , thus obtaining competitive clustering results. To the best of our knowledge, t his paper is the first attempt to the incomplete multi-modal 3D shape clustering task. By exploring the spatial relationship between different 3D shape modaliti es, a spatial-aware representation cross-mapping module is proposed to generate representations of missing modal instances. Then, a dual adaptive representation fusion module is designed to obtain comprehensive 3D shape representations for clustering."
TianjinPeople's Republic of ChinaAsiaComputational IntelligenceMachine LearningTianjin University
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