Wildlife Systems Manual
About
Support
1
Biodiversity Technologies
1.1
What are Biodiversity Technologies?
1.1.1
What has enabled Biodiversity Technologies?
1.2
Overall Philosophy
1.2.1
Leverage what already exists
1.2.2
Innovate where necessary
1.2.3
Plan for heterogeneity
1.2.4
Modularise
1.2.5
Open Source
1.3
Structure of Wildlife Systems
1.3.1
Packages
2
Sensor Networks
3
Environmental Sensors
3.1
How sensors work
3.1.1
Temperature
3.1.2
Humidity
3.1.3
Air Pressure
3.1.4
Gases
4
Sensors in WildlifeSystems
4.1
Devices included in the base system
4.2
Installing sensor support
4.3
Reading data from a device
4.4
The sensor reading process
4.5
Installing new sensors
5
Supported sensors
5.1
DHT11
5.2
BME680
6
Implementing new sensors
6.1
Reading the sensor
6.1.1
In bash
6.1.2
In Python
6.2
Setting the environment
6.3
Install
6.4
The installation process with
si
6.5
Submitting packages to WildlifeSystems
7
Sound Devices
7.1
How sound devices work
8
Sound devices in WildlifeSystems
9
Imaging Devices
9.1
How imaging devices work
10
Imaging devices in WildlifeSystems
11
Power Management
11.1
Installation of power management tools
11.2
Turning funtionality on and off
11.3
Considerations
11.3.1
A note on
sudo
12
Indicators and heartbeats
12.1
Installation of
ws-indcate
and
ws-heartbeat
12.2
Indicators
12.2.1
A note on
sudo
12.3
Heartbeat
13
Integration with monitoring tools
13.1
PRTG
13.1.1
Monitoring custom sensors
14
Developer Guidelines
14.1
Documentation
15
Server Tools
15.1
Installation
15.2
Adding nodes and receieving a token
15.3
Removing a node
References
Appendix
A
Return codes
A.1
00-09 Script functionality
A.2
10-19 Parameter problems
A.3
20-29 Sensor problems
A.4
30-39 Sound device problems
A.5
40-49 Image device problems
A.6
50-59 Power management problems
A.7
60-69 Special meanings
Published with bookdown
WildlifeSystems - biodiversity technologies
Chapter 9
Imaging Devices
9.1
How imaging devices work