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Application notes
Camera functionalities
- Camera temperature monitoring for reliable 24/7 operation [AN201901]
- Multicast for machine vision applications [AN201805]
- Using the sequencer for shape from shading applications [AN201801]
- Sequencer: Double shutter operation [AN201623]
- Sequencer: Moving region of interest (ROI) [AN201625]
- Sequencer: Multiple acquisitions on one incoming trigger [AN201624]
- Sequencer introduction
Camera integration
- Switch from ON Semiconductor CCD (e.g. KAI-29050) to CMOS sensors [AN201909]
- Calculation of polarization data using the Baumer GAPI SDK [AN201904]
- Thermal connection of industrial cameras and VeriSens vision sensors [AN201806]
- Shading Correction (Flat-Field Correction) with the Baumer GAPI SDK [AN201803]
- Pixel correction of cameras with ams CMV50000 sensors [AN201908]
- Lenses for cameras operating on ams CMV50000 sensors [AN201804]
- 10 GigE cameras and Baumer GAPI [AN201802]
- Operation of general purpose I/Os (GPIO) with a PLC [AN201704]
- Gigabit Ethernet – Adapter settings for improved network performance [AN201622]
- Sensor cleansing on a Baumer VCXG camera [AN201706]
- Baumer GAPI SDK for NVIDIA Jetson TX2 with Linux Ubuntu 16.04 [AN201711]
- Baumer GAPI SDK for NVIDIA Jetson TX1 with Linux Ubuntu 16.04 [AN201701]
- Baumer GAPI SDK for NVIDIA Jetson TK1 with Linux Ubuntu 14.04 [AN201518]
- Baumer GAPI SDK for ODROID-XU4 with Linux Ubuntu [AN201521]
- Baumer GAPI SDK for Raspberry Pi 3 with Raspbian OS [AN201710]
- Baumer GAPI SDK for USB Multi-Camera Systems with Linux [AN201707]
Baumer GAPI software configuration examples
Camera features and integration
- Deployment of a Baumer GAPI vision application [AN201902]
- Sequencer programming moving the ROI with each trigger signal
- Sequencer programming for multiple acquisitions on one incoming trigger
- Sequencer programming for shape from shading applications
- Using hardware trigger with Baumer GAPI
- Sequencer programming for VCXG double shutter operation
