Essays about: "Människa-robot-interaktion"

Showing result 11 - 15 of 15 essays containing the word Människa-robot-interaktion.

  1. 11. Can You Read My Mind? : A Participatory Design Study of How a Humanoid Robot Can Communicate Its Intent and Awareness

    University essay from Linköpings universitet/Interaktiva och kognitiva system

    Author : Sofia Thunberg; [2019]
    Keywords : human-robot interaction; social interaction; awareness; intention; hri; humanoid; robot interaction; robot; robocup; participatory design; pepper; theory of mind; common ground; människa-robot interaktion; social interaktion; medvetenhet; intentioner; robotinteraktion;

    Abstract : Communication between humans and interactive robots will benefit if people have a clear mental model of the robots' intent and awareness. The aim with this thesis was to investigate how human-robot interaction is affected by manipulation of social cues on the robot. READ MORE

  3. 12. “Do you want to take a short survey?” : Evaluating and improving the UX and VUI of a survey skill in the social robot Furhat: a qualitative case study

    University essay from Linnéuniversitetet/Institutionen för informatik (IK)

    Author : Camilla Bengtsson; Caroline Englund; [2018]
    Keywords : human-robot interaction; HRI; user experience; UX; user experience evaluation; aural survey; voice user interface; VUI; conversational user interface; CUI; social robot; qualitative case study;

    Abstract : The purpose of this qualitative case study is to evaluate an early stage survey skill developed for the social robot Furhat, and look into how the user experience (UX) and voice user interface (VUI) of that skill can be improved. Several qualitative methods have been used: expert evaluations using heuristics for human-robot interaction (HRI), user evaluations including observations and interviews, as well as a quantitative questionnaire (RoSAS – Robot Social Attribution Scale). READ MORE

  4. 13. Social Dimensions of Robotic versus Virtual Embodiment, Presence and Influence

    University essay from Linköpings universitet/Interaktiva och kognitiva system

    Author : Sam Thellman; [2016]
    Keywords : human-robot interaction; social interaction; robot interaction; hri; social robots; robot; artificial agent; virtual agent; embodiment; agent embodiment; social presence; social influence; physical; virtual; interface; ultimatum game; robot influence; decision making; interaction; människa–robot-interaktion; interaktion; social interaktion; robotinteraktion; sociala robotar; agent; robot; virtuell agent; fysisk; virtuell; kropp;

    Abstract : Robots and virtual agents grow rapidly in behavioural sophistication and complexity. They become better learners and teachers, cooperators and communicators, workers and companions. READ MORE

  5. 14. Differences in Children’s Experiences when Playing with a Social Robo : a Field Experiment

    University essay from Södertörns högskola/Institutionen för naturvetenskap, miljö och teknik

    Author : Gunnur von Matérn; [2014]
    Keywords : Robot; HRI; User experience; Pleasurable experience; Play; Playful learning; Interactive design; Romo;

    Abstract : This study explored human-robot interaction where children got to play with the interactive social robot Romo. The focus of the study was to explore if children experienced the interactions with the robot differently depending on two parameters. READ MORE

  6. 15. Identifying Similarities and Differences in a Human – Human Interaction versus a Human – Robot Interaction to Support Modelling Service Robots

    University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)

    Author : Farrah Sam; [2009]
    Keywords : Human robot interaction; human communication; hand gestures; human augmented mapping; service robots; Människa-robot interaktion; mänsklig kommunikation; handgester; robotnavigering; servicerobotar;

    Abstract : With the ongoing progress of research in robotics, computer vision and artificial intelligence, robots are becoming more complex, their functionalities are increasing and their abilities to solve particular problems get more efficient. For these robots to share with us our lives and environment, they should be able to move autonomously and be operated easily by users. READ MORE