Changes for page Step 4: Claims

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...	...	@@ -33,9 +33,9 @@
33	33
34	34	**Measurement of negative consequences:**
35	35
36		-1. To measure if the patient is frustrated with the tools, the interaction of the patient with the robot can be monitored. Emotion recognition can be used to see the patient's attitude towards the robot.(Emotions such as Anger, fear, disgust, happiness, sadness, surprise and neutral can be analyzed)
37		-1. This can be achieved using emotion recognition when the PwD shows negative emotions like Anger, Fear, Disgust and Sadness for the majority of the session.
38		-1. If the response time for a certain question/prompt is too long (find the general response time for PwD) then automatically call the caretaker as this would indicate that something has gone wrong.
	36	+1. To measure if the patient is frustrated with the tools, the interaction of the patient with the robot can be monitored. Emotion recognition can be used to see the patient's attitude towards the robot.(Emotions such as Anger, fear, disgust, happiness, sadness, surprise and neutral can be analyzed) **(**Measurement: **Emotion**)
	37	+1. This can be achieved using emotion recognition when the PwD shows negative emotions like Anger, Fear, Disgust and Sadness for the majority of the session. **(**Measurement: **Emotion**)
	38	+1. If the response time for a certain question/prompt is too long (find the general response time for PwD) then automatically call the caretaker as this would indicate that something has gone wrong. **(**Measurement: **Response time**)
39	39	1. After the session, the robot can ask for feedback regarding the preference of whether they liked painting with their caretaker or the robot. E.g. Do you love me? **(Robot likeability feedback: robot likeability in comparison to their caretaker)**
40	40	1. There would be a button on the screen displaying a statement like "Click here to make me act more human", which would keep a count of how many times the button was pressed.  **(**Measurement: **Humaness of the robot**)
41	41	1. TBD
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57	57
58	58	Benchmark criteria for negative consequences:
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60		-1. Preference regarding the tool and interface: We calculate the number of times negative emotions are captured and if it exceeds the threshold of 10, then we can call the caretaker. (We aim to have this criterion triggered less than 3 times during a session.)
	60	+1. Preference regarding the tool and interface: We aim to have this criterion triggered less than 3 times during a session.
61	61	1. Patient's state of mind: We aim to have this criterion triggered less than 3 times during a session.
62	62	1. Session emergency: Since the response time exceeded a certain threshold, we call the caretaker. (We aim to have this criterion triggered less than 2 times in a session.)
63	63	1. Opinion of the patient regarding the change towards a robot: We aim to get a rating of more than 3. (We aim to have this criterion triggered less than 2 times in a session.)
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80	80	1. To improve the feedback on Relative's state of mind, the robot only asks the daughter for certain memories or information about the patient. The robot then conveys all the information to the patient while helping them paint. Thus, the daughter does not have to worry about her father to a certain extent.
81	81	1. To improve the ease of use for the relative, we have a small conversation with the daughter where we narrow down the possibilities of patients' likes and dislikes. For example, the robot can directly ask the daughter about the hobbies of the patient. Since the topics are already narrowed down, the daughter does not have to think much about providing the information.
82	82
83		-How to overcome the negative consequences listed above:
	83	+Demonstration of the negative consequences listed above:
84	84
	85	+ 1. To measure if the patient is frustrated with the tools, the interaction of the patient with the robot can be monitored. Emotion recognition can be used to see the patient's attitude towards the robot. We calculate the number of times negative emotions are captured and if it exceeds the threshold of 10, then we can call the caretaker.
85	85
	87	+ 2. To robot might not be aware of the patient's state of mind outside of the sessions, so to predict their demeanour at the moment we can use emotion recognition here as well. Emotion recognition can be used to see the patient's attitude towards the session. We calculate the number of times negative emotions are captured and if it exceeds the threshold of 10, then we can call the caretaker.
	88	+
	89	+ 3. If the response time for a certain question/prompt is too long (find the general response time for PwD) then automatically call the caretaker as this would indicate that something has gone wrong.
	90	+
	91	+ 4. After the session, the robot can ask for feedback regarding the preference of whether they liked painting with their caretaker or the robot.
	92	+
	93	+ 5. There would be a button on the screen displaying a statement like "Click here to make me act more human", which would keep a count of how many times the button was pressed.
	94	+
	95	+ 6. TBD
	96	+
86	86
87	87	)))