Controlling a Robotic Fish Via a Natural User Interface for Informal Science Education


Informal science education could be a key contributing issue to scientific literacy, that determines our capacity as a society to technologically progress and create cognizant decisions on pressing issues of world scale. Each the fields of robotics and natural user interfaces are separately proposed as effective suggests that to assist informal science education, by increasing users’ engagement through multiple interactive features. Here, we demonstrate the combination of these two fields of investigation toward a completely unique educational platform, revolving round the control of a robotic fish via a natural user interface. Users control the robotic fish through upper limb gestures that are captured by the Kinect. The robotic fish incorporates a temperature sensor, that collects knowledge during a tank instrumented with heating and cooling sources. Participants observe the measurements they are recording in real-time to map the surroundings. Self-reported post-activity surveys and behavioral coding data on young users were collected to assess their level of engagement in the activity and their perception of the system. Our results indicate that the robotic fish is intuitive to drive with the natural user interface, the activity of collecting water temperature is fascinating, and robotics might be a viable and accessible career option.

Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here

PROJECT TITLE : Control and Power Management of a Grid Connected ABSTRACT: Designing and analysing a photovoltaic system for plug-in hybrid electric vehicle (PHEV) load in addition to typical residential needs is the primary
PROJECT TITLE : Maximum Boost Control of Diode-assisted Buck boost Voltage Source Inverter with Minimum ABSTRACT: Voltage source inverter diodes support buck-boost by introducing switch-capacitor-based high step up dc-dc circuit
PROJECT TITLE :Stochastic Petri Net Modeling of Hypoxia Pathway Predicts a Novel Incoherent Feed-Forward Loop Controlling SDF-1 Expression in Acute Kidney InjuryABSTRACT:Homing of stem cells to the sites of injury is crucial for
PROJECT TITLE :Risk-Based Management of Overloads Caused by Power Injection Uncertainties Using Power Flow Controlling DevicesABSTRACT:Increased penetration of renewable energy results in increased challenges for the transmission
PROJECT TITLE :Sleep-based energy-efficient DBA in an EPON using the controlling mechanism for an ONU's buffer occupancy and packet delayABSTRACT:We propose an energy-economical dynamic bandwidth allocation (EE-DBA) in an Ethernet

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry