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5篇 您的检索式:作者名="Manoj RAMANATHAN"
    题名 作者 年代 出处 被引量
1The use of high-resolution imagery for identification of urban climax forest species using traditional and rule-based classification approach显示文摘RAMANATHAN S MANOJ K P ZERR D 2003IEEE Transactions GeoScience and Remote Sensing2003,41,9:1
2The Use of High-Resolution Imagery for Identification of Urban Climax Forest Species Using Traditional and Rule-Based Classification Approach显示文摘Sugumaran Ramanathan Pavuluri Manoj Kumar 2003IEEE Transactions on Geoscience & Remote Sensing2003,41,9:1
3The Use of High - Resolution Imagery for Identification of Urban Climax Forest Species Using Traditional and Rule - Based Classification Approach 显示文摘Sugumaran Ramanathan Pavulufi Manoj Kumar 2003IEEE Transactions on Geoscience & Remote Sensing2003,41,9:1
4Development of Processing Maps for A1/SiCp Composite Using Fuzzy Logic显示文摘S Ramanathan R Karthikeyan Manoj Gupta 2007Journal of Materials Processing Technology2007,183,1:1
5Uncanny valley for interactive social agents:an experimental study显示文摘Background The uncanny valley hypothesis states that users may experience discomfort when inter-acting with almost human-like artificial characters.Advancements in artificial intelligence,robotics,and computer graphics have led to the development of life-like virtual humans and humanoid robots.Revisiting this hypothesis is necessary to check whether they positively or negatively affect the current population,who are highly accustomed to the latest technologies.Methods In this study,we present a unique evaluation of the uncanny valley hypothesis by allowing participants to interact live with four humanoid robots that have varying levels of human-likeness.Each participant completed a survey questionnaire to evaluate the affinity of each robot.Additionally,we used deep learning methods to quantify the participants’emotional states using multimodal cues,including visual,audio,and text cues,by recording the participant-robot interactions.Results Multi-modal analysis and surveys provided interesting results and insights into the uncanny valley hypothesis.Nidhi MISHRA Manoj RAMANATHAN Gauri TULSULKAR Nadia Magneat THALMANN 2022Virtual Reality & Intelligent Hardware2022,4,5:0
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