home-vision
Identify users from camera inputs based on other home automation triggers, using piped-in data (via MQTT) to further train the model automatically
The features of this program include:
- Integrating with an MQTT server on the network to react based on home automation events
- Starting recording using a webcam when a door is opened
- Using a Haar cascade to identify potential faces in an image
- Running a Fisher face recognizer, trained based on other home automation data, to identify who has entered the home through any of the monitored doors
In the background, a Homeseer server sends commands to Z-wave enabled lights that will optimally light the entry areas, when the appropriate trigger conditions are met. This improves the accuracy of the facial recognition.
Sources of data:
| Door opening/closing | Reed switch on all external doors, hooked into a Raspberry Pi at a central location |
| User presence in the home | Node.JS process running which scrapes the Wi-Fi router's admin page to determine if the user's phone's MAC is connected. This input is routed through Homeseer and relayed via a MQTT plugin |
| Camera inputs | Webcams and Raspi cams attached to devices on the network |
| MQTT server | Running on a Raspberry Pi on the network |
Here's an example log of the program running:
2017-06-07 02:55:52,363 face-processor INFO - Training face recognizer... 2017-06-07 02:55:52,364 face-processor INFO - Processing room kitchen user spencer 2017-06-07 02:55:52,378 face-processor INFO - Processing room kitchen user stacy 2017-06-07 02:55:52,381 face-processor INFO - Training for room kitchen 2017-06-07 02:55:52,390 face-processor INFO - Images: 34 2017-06-07 02:55:52,607 face-processor INFO - Done 2017-06-07 02:55:52,621 arrival-processor INFO - mqtt connected: 0 2017-06-07 02:56:09,911 arrival-processor INFO - Processing door (100) 2017-06-07 02:56:09,911 arrival-processor INFO - Starting capture for kitchen 2017-06-07 02:56:09,912 face-capture INFO - Starting video capture for kitchen door 2017-06-07 02:56:10,135 face-capture INFO - Camera open, proceeding with capture 2017-06-07 02:56:11,970 arrival-processor INFO - Processing door (0) 2017-06-07 02:56:19,809 face-capture INFO - Video capture complete (6.22 seconds, 8 frames) 2017-06-07 02:56:19,824 face-capture INFO - User identified: spencer 2017-06-07 02:56:33,766 arrival-processor INFO - Processing presence for spencer - home Moving kitchen-e1dd70ce-4b2c-11e7-9299-b827eb09c8e1.jpg to users/spencer/kitchen Moving kitchen-e1dedd38-4b2c-11e7-9299-b827eb09c8e1.jpg to users/spencer/kitchen Moving kitchen-b944b90c-4b2b-11e7-a8ea-b827eb09c8e1.jpg to users/spencer/kitchen Moving kitchen-b946602c-4b2b-11e7-a8ea-b827eb09c8e1.jpg to users/spencer/kitchen Moving kitchen-b945d274-4b2b-11e7-a8ea-b827eb09c8e1.jpg to users/spencer/kitchen Moving kitchen-e1de94c2-4b2c-11e7-9299-b827eb09c8e1.jpg to users/spencer/kitchen Moving kitchen-b9461b26-4b2b-11e7-a8ea-b827eb09c8e1.jpg to users/spencer/kitchen
I had prepopulated the users/spencer/kitchen and users/stacy/kitchen folders with images from test runs. This allowed the face recognizer to be trained for this run.