Wiki source code of Doreen Mulder

Version 3.2 by Doreen Mulder on 2022/04/05 13:56

Show last authors
1 Week 8:
2 I helped with the presentations and gave part of the presentation. I finalized writing the Discussion and Conclusion on our Test page. I proofread the XWiki along with group members.
3
4 Week 7:
5 We conducted our experiments. I took part in receiving our participants and explaining the test setup to them. I wrote the Inclusive Design page.
6
7 Week 6:
8 I invited a hard-of-hearing participant to conduct the pilot testing session with. After the testing session, I held an additional interview with them. I added their feedback into the discussion section on the Test page. It also became clear that the current wristband setup was too sensitive, so I rewrote it to work over WiFi where an observer could send signals to the wristband from a small web-app.
9
10 Week 5:
11 I continued work on the wristband. At this point, the wristband would measure signal strength between itself and an Arduino on the MiRo. I helped Rohan set up our experiment, and wrote additional content on our Test page for this. I also elaborated on the Problem Scenario by adding lecture content to what we already had.
12
13 Week 4:
14 After deciding that using the MDK would be more effort than it was worth, I started creating the wireless wristband to work with MiRo.
15
16 Week 3:
17 I spent a lot of hours getting the MDK to work and wrote an [[install guide>>https://docs.google.com/document/d/1B62TYhsDvn-mrOMPqYmPG8VgLDpjhpVNhXtsfYn7MQI/edit?usp=sharing]] for my team members.
18
19 Week 2:
20 After the brainstorm session, I made a state diagram for our system.
21
22 Week 1:
23 I explored the possibilities of creating a wristband to connect to MiRo. The decision was made to use the Arduino Nano BLE Sense. This Arduino has bluetooth capabilities that can be used to determine the distance between MiRo and the user.
24 I made a small program to run on the Arduino Nano that allows connection to a Bluetooth device. When the signal strength gets below a certain threshold, a small motor will vibrate, alerting the user.