Streaming Transmission of Point-Sampled Geometry Based on View-Dependent Level-of-Detail. - Fang Meng; Hongbin Zha (3DIM, 2003)

Efficient streaming of point-based models for interactive 3-D geometry transmission. - Fang Meng; Hongbin Zha (CIRA, 2003)

An Easy Viewer for Out-of-Core Visualization of Huge Point-Sampled Models. - Fang Meng; Hongbin Zha (3DPVT, 2004)

Fan-Meshes: A Geometric Primitive for Point-Based Description of 3D Models and Scenes. - Xiaotian Yan; Fang Meng; Hongbin Zha (3DPVT, 2004)

Simplification of Fan-Meshes Models for Fast Rendering of Large 3D Point-Sampled Scenes. - Xiaotian Yan; Fang Meng; Hongbin Zha (ICIAP, 2005)

Fabrication and application of silicon-reinforced PDMS masters. - Cheng Luo; Fang Meng; Anand Francis (Microelectron. J., 2006)

Reinforcement of a PDMS master using an oxide-coated silicon plate. - Cheng Luo; Fang Meng; Xinchuan Liu; Yiyun Guo (Microelectron. J., 2006)

Objective Perceptual Video Quality Measurement using a Foveation-Based Reduced Reference Algorithm. - Fang Meng; Xiuhua Jiang; Hui Sun; Shuang Yang (ICME, 2007)

An improved image retrieval method based on SIFT algorithm and saliency map. - Jing Liu; Fang Meng; Fangcheng Mu; Yichun Zhang (FSKD, 2014)

The contrast experiment on visual attention regions and saliency maps based on the eye tracker. - Yujie Zheng; Xuliu Lan; Junling Li; Fang Meng (FSKD, 2014)

Saliency detection on videos with scene change. - Junling Li; Fang Meng; Jingbo Mao (ICAILP, 2014)

Saliency detection using a background probability model. - Junling Li; Fang Meng; Yichun Zhang (ICIP, 2015)

An error-controlled method for superpixel segmentation. - Nannan Meng; Fang Meng; Meng Chen (CISP-BMEI, 2016)

Analysis on the validity of eye movement data during video viewing. - Ying Xu; Su-ting Xu; Xing-tong Liu; Fang Meng (CISP-BMEI, 2017)

An evaluation method of web energy based on content tendency and users' focus. - Nannan Meng; Fang Meng (ICSAI, 2017)

Improving performance of tensor-based context-aware recommenders using Bias Tensor Factorization with context feature auto-encoding. - Wenmin Wu; Jianli Zhao 002; Chunsheng Zhang; Fang Meng; Zeli Zhang; Yang Zhang; Qiuxia Sun (Knowl. Based Syst., 2017)

A Novel Video Segmentation System Based on Viewpoints. - Zijuan Cheng; Fang Meng (CISP-BMEI, 2018)

An Opinion-Free Image Quality Analyzer in the Spatial Domain. - Xiyu Huang; Fang Meng; Xuan Wang (CISP-BMEI, 2018)

Visual Behaviors Analysis Based on Eye Tracker in Subjective Image Quality Assessment. - Xuan Wang; Fang Meng; Xiyu Huang (CISP-BMEI, 2018)

Semi-Auto Sketch Colorization Based on Conditional Generative Adversarial Networks. - Zijuan Cheng; Fang Meng; Jingbo Mao (CISP-BMEI, 2019)

Community Discovery Algorithm Based on Parallel Recommendation in Cloud Computing. - Jian-li Zhai; Fang Meng (ADHIP (2), 2020)

Analysis of Consumer Supermarket Shopping Behaviors Based on Eye Movement Information. - Minzhi Gao; Fang Meng; Yan Meng (CISP-BMEI, 2020)

A Saliency-based Weakly-supervised Network for Fine-Grained Image Categorization. - Yawen Han; Fang Meng (CISP-BMEI, 2020)

Web Database Sharing Platform Design Based on Large Data Visualization of Learning Behavior. - Fang Meng; Guo-gen Fan (ICMTEL, 2020)

No-reference Image Quality Assessment Based on a Multi-feature Extraction Network. - Hainan Zhang; Fang Meng; Yawen Han (IVSP, 2020)

Enhanced Video Caption Model Based on Text Attention Mechanism. - Yan Ma; Fang Meng (DSIT, 2022)

Fast Image Super-Resolution Based on Multi-Feature Extraction Network. - Rui Tang; Fang Meng (IVSP, 2022)

Curriculum Learning with Quality-Driven Data Selection. - Biao Wu 006; Fang Meng; Ling Chen 006 (CoRR, 2024)

SwinMin: A mineral recognition model incorporating convolution and multi-scale contexts into swin transformer. - Liqin Jia; Feng Chen; Mei Yang; Fang Meng; Mingyue He; Hongmin Liu 001 (Comput. Geosci., 2024)

Overcoming Value overestimation for Distributional Reinforcement Learning-based Path Planning with conservative Constraints. - Yuwan Gu; Yongtao Chu; Fang Meng; Yan Chen; Jidong Lv; Shoukun Xu (Int. J. Robotics Autom., 2025)