First step of integration between software (AR) and hardware is complete. Now, instead of the device simulator program, there’s an actual device. Using a microcontroller with Wifi connectivity for preliminary testing. The device connects to MQTT, sends sensor data (randomized for now), and subscribes to the relevant topics. For testing in the field, the device will connect to an access point (aka hotspot) from a phone to send the data. Future versions will use a microcontroller with cellular connectivity in the field. The next steps for software are to write a python program that logs all messages on the MQTT broker to a csv file. The next steps for hardware are to find some sensors I have around and add some LEDs, a speaker, and make a board with it. Integration with the map will also need to be completed at some point in the future.
Archives
- March 2021 (2)
- January 2021 (2)
- December 2020 (10)
- November 2020 (7)
- October 2020 (12)
- April 2020 (5)
- March 2020 (11)
- February 2020 (18)
- January 2020 (23)
- December 2019 (18)
Categories
- Announce (1)
- Environment (1)
- News (107)
- Collaboration Logs (14)
- Field Logs (1)
- Progress Logs (53)
- Tech Logs (38)
Tags
aframe
ar
arduino
aws
aws iot
bowie
brain kit
build
cad
chassis
code
collab log
data
documentation
ec2
electronics
esp32
Field Log
imagery
ir camera
javascript
jitsi
kit code
kit log
leds
map
marker
microcontroller
mosquitto
motor kit
mqtt
operator interface kit
outdoors
power pack kit
python
schematic
sensor node
software
ssl
super bright lights kit
team
tech log
testing
uottawa
water