XNOR.ai is a company focused in highly-efficient AI processing at the edge, focused at running complex deep learning algorithms locally, on a wide range of devices.
The Person Detection Demo uses USB cameras as video input to which it runs the XNOR.ai inference engine to get person detection coordinates.
The following Computer on Modules are supported:
While you can use a wide variety of displays, additional configuration may be required for a specific setup.
A section in the end of this guide provide instructions about display and touch screen configuration.
You can get the source-code as well as setup instructions from the XNOR.ai sample repository in Toradex Github.
For more information about how to get started with XNOR.ai on Toradex modules get in touch with XNOR.ai.
Note: This demo application does not have touch screen interactivity. Only the HDMI output is supported.
Displays and Monitors used in Embedded Systems are available in a myriad of configuration possibilities - resistive, capacitive or without touch, single or multi touch, different resolution, density of pixels, pin-out and clock frequency are some examples.
To make things easy for you, Toradex provides specific instructions on how to use its display offerings as well as comprehensive information about how to interface your custom display or monitor to Toradex modules. Please refer to the table below:
| Display | Display Resolution | Touch Screen Support | Touch Screen Calibration |
|---|---|---|---|
| Resistive Touch Display 7" Parallel | First Steps with Parallel Resistive Touch Display - Resolution | Supported out-of-the-box | Touch Screen Calibration (Linux) |
| Capacitive Touch Display 7" Parallel | First Steps with Capacitive Touch Display 7 Inch Parallel - Resolution | First Steps with Capacitive Touch Display 7 Inch Parallel - Touch Screen | Touch Screen Calibration (Linux) |
| VGA monitor | Display Output, Resolution and Timings | USB HID touch screen works out-of-the-box | Touch Screen Calibration (Linux) |
| DVI/HDMI monitor | Display Output, Resolution and Timings | USB HID touch screen works out-of-the-box | Touch Screen Calibration (Linux) |
| • For additional comprehensive information • If you use another display/monitor |
Display Output, Resolution and Timings | • Compile the specific kernel driver: Build Linux kernel • Enable it in the device-tree: Device Tree Customization |
Touch Screen Calibration (Linux) |
For more information about licensing get in touch with XNOR.ai.
This sample uses the Boot2Qt image available in Qt for Device Creation from The Qt Company. If you want to use it for commercial purposes, make sure to comply to The Qt Company licensing.
