Wiki source code of Test

Version 5.5 by Clara Stiller on 2022/03/25 10:57

Hide last authors
Clara Stiller 2.4 1 The best way to test our prototype would be a study with persons with dementia. Still, testing the robot in a real environment would be very time-consuming, because it is not predictable if and when persons with dementia start wandering. That is out of scoop for our project.
2 However, we want to get a first impression of how realistic and convincing the provided dialogues and suggested activities are. In a small study with students, who play the role of having dementia, we are observing the interaction with the robot and want to find out how effective it is in preventing people from wandering.
3
Clara Stiller 2.5 4
Xin Wan 1.2 5 = Problem statement and research questions =
Clara Stiller 4.1 6
Simran  Karnani 1.4 7 **Goal**: How effective is music and dialogue in preventing people with dementia from wandering?
Bart Vastenhouw 1.1 8
Clara Stiller 2.7 9 **Research Questions (RQ):**
Simran  Karnani 1.4 10
Clara Stiller 4.5 11 1. What percentage of people are prevented from going out unsupervised? (Quantitative)
Clara Stiller 4.4 12 1. How does the interaction change the participant's mood?
13 1. Can the robot respond appropriately to the participant's intention?
Clara Stiller 2.3 14 1. Does the activity that the robot suggests prevent people from wandering/ leaving?
Clara Stiller 2.6 15 1. How do the participants react to the music?
Simran  Karnani 1.4 16
Xin Wan 1.2 17 = Method =
Clara Stiller 4.1 18
Clara Stiller 2.6 19 A between-subject study with students who play the role of having dementia. Data will be collected by observing the participant's body language and the way that they're responding to Pepper.
Bart Vastenhouw 1.1 20
Xin Wan 1.2 21 == Participants ==
Clara Stiller 4.1 22
Clara Stiller 2.7 23 20 students who play the role of having dementia. They will be divided into two groups. One group will be interacting with the intelligent (group 1) robot while the other will interact with the unintelligent robot (group 2).
Simran  Karnani 1.8 24 It is assumed that all participants are living at the same care center.
Simran  Karnani 1.9 25 Before they start, they can choose how stubborn they want to be and how progressed their stage of dementia is.
Bart Vastenhouw 1.1 26
Xin Wan 1.2 27 == Experimental design ==
Clara Stiller 4.1 28
Clara Stiller 2.6 29 The first question collects quantitative data, where the number of people who were stopped will be counted.
30 The other RQ's are exploratory research.
Clara Stiller 4.1 31
Clara Stiller 2.6 32 1. Observe the participant's mood and see how the conversation goes. Observe the level of aggression (tone, volume, pace)
33 1. Observe whether the mood is improved and decision has been changed.
Simran  Karnani 1.11 34 1. Observe how natural the conversation is. (conversation makes sense)
Clara Stiller 2.6 35 1. Participants fill out questionnaire.
Bart Vastenhouw 1.1 36
Clara Stiller 4.1 37 == Tasks ==
Clara Stiller 2.6 38
Clara Stiller 2.7 39 Because our participants only play the role of having dementia, we will give them a level of stubbornness/ willpower with they are trying to leave. We try to detect this level with the robot.
40 Participants from group 1 (using intelligent robot) will also be given one of the reasons to leave, listed below:
Clara Stiller 4.1 41
Clara Stiller 2.7 42 1. going to the supermarket
43 1. going to the office
44 1. going for a walk
45
Clara Stiller 2.8 46 After this preparation, the participant is told to (try to) leave the building. The participant and robot have an interaction where the robot is trying to convince the participant to stay inside.
Bart Vastenhouw 1.1 47
48
Xin Wan 1.2 49 == Measures ==
Clara Stiller 4.1 50
Simran  Karnani 1.14 51 We will be measuring this physically and emotionally.
52 Physically: whether the participant was stopped from leaving the building or not.
53 Emotionally: evaluate their responses to the robot and observe their mood before and after the interaction.
Bart Vastenhouw 1.1 54
55
Xin Wan 1.2 56 == Procedure ==
Clara Stiller 4.1 57
Clara Stiller 3.1 58 {{html}}
59 <!-- Your HTML code here -->
60 <table width='100%'>
61 <tr>
62 <th width='50%'>Group 1</th>
63 <th width='50%'>Group 2</th>
64 </tr>
65 <tr>
66 <td>intelligent robot</td>
67 <td>unintelligent robot</td>
68 </tr>
69 <tr>
70 <td>
Clara Stiller 4.2 71 1. Starts with a short briefing on what we expect from the participant<br>
72 2. Let them fill out the informed consent form<br>
Clara Stiller 5.2 73 3. Tell them their level of stubbornness and reason to leave<br>
74 4. Let the user interact with the robot<br>
75 5. While user is interacting, we will be observing the conversation and the participant's moods <br>
76 6. Let user fill out the questionnaire about their experience after the interaction
Clara Stiller 3.1 77 </td>
78 <td>
Clara Stiller 4.2 79 1. Starts with a short briefing on what we expect from the participant<br>
80 2. Let them fill out the informed consent form<br>
81 3. Tell them their level of stubbornness<br>
82 4. Let the user interact with the robot<br>
83 5. Let user fill out the questionnaire about their experience after the interaction<br>
Clara Stiller 3.1 84 </td>
85 </tr>
86 </table>
Bart Vastenhouw 1.1 87
Clara Stiller 3.1 88 {{/html}}
Clara Stiller 2.6 89
Xin Wan 1.2 90 == Material ==
Clara Stiller 4.1 91
Simran  Karnani 1.16 92 Pepper, laptop, door, and music.
Bart Vastenhouw 1.1 93
94
Xin Wan 1.2 95 = Results =
Clara Stiller 5.5 96 **Results from Questionnaire:**
Bart Vastenhouw 1.1 97
Clara Stiller 5.5 98 Feedback from Participants:
Bart Vastenhouw 1.1 99
Clara Stiller 5.5 100 Observations:
Bart Vastenhouw 1.1 101
Clara Stiller 5.5 102
Xin Wan 1.2 103 = Discussion =
Bart Vastenhouw 1.1 104
105
106
Xin Wan 1.2 107 = Conclusions =