Spherical Video PTZ/Getting Started: Difference between revisions
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== Getting Started with Spherical Video PTZ == | |||
This section provides guides | This section provides essential guides to help you '''set up, configure, and evaluate''' Spherical Video PTZ for '''embedded Linux systems'''. These resources will guide you through installation, configuration, and performance optimization. | ||
* | Spherical Video PTZ enables '''dynamic pan, tilt, and zoom (PTZ) control''' over '''360° videos''', making it an ideal solution for applications in: | ||
* '''Computer Vision & AI''' – Real-time analysis of panoramic video feeds. | |||
* '''Video Stitching & Image Processing''' – Merging multiple video sources for seamless panoramic viewing. | |||
* '''Surveillance & Robotics''' – Providing live PTZ controls for '''real-time monitoring'''. | |||
The following wiki pages contain more detailed information: | |||
* | * [[Spherical_Video_PTZ/Getting_Started/Spherical_Video_PTZ | Overview of Spherical Video PTZ]]: Learn about the core functionalities of Spherical Video PTZ, how it processes 360° video, and how it integrates with Linux-based embedded systems. | ||
* | * [[Spherical_Video_PTZ/Getting_Started/Projections Used | Projections Used]]: Understand the different projections used in spherical video processing, such as equirectangular and rectilinear mappings, and their impact on computer vision applications. | ||
* [[Spherical_Video_PTZ/Getting_Started/Evaluating the Product | Evaluating the Product]]: Follow a detailed guide for benchmarking performance on NVIDIA Jetson, optimizing GStreamer pipelines, and integrating with V4L2 Capture and Linux Camera Drivers. | |||
* [[Spherical_Video_PTZ/Getting_Started/Getting the code | Getting the Code]]:Learn how to download, build, and deploy Spherical Video PTZ on Yocto-based embedded Linux environments, including support for NVIDIA JetPack. | |||
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{{Spherical Video PTZ/Foot||Getting Started/Spherical Video PTZ}} | {{Spherical Video PTZ/Foot||Getting Started/Spherical Video PTZ}} | ||
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Latest revision as of 23:36, 21 February 2025
Getting Started with Spherical Video PTZ
This section provides essential guides to help you set up, configure, and evaluate Spherical Video PTZ for embedded Linux systems. These resources will guide you through installation, configuration, and performance optimization.
Spherical Video PTZ enables dynamic pan, tilt, and zoom (PTZ) control over 360° videos, making it an ideal solution for applications in:
- Computer Vision & AI – Real-time analysis of panoramic video feeds.
- Video Stitching & Image Processing – Merging multiple video sources for seamless panoramic viewing.
- Surveillance & Robotics – Providing live PTZ controls for real-time monitoring.
The following wiki pages contain more detailed information:
- Overview of Spherical Video PTZ: Learn about the core functionalities of Spherical Video PTZ, how it processes 360° video, and how it integrates with Linux-based embedded systems.
- Projections Used: Understand the different projections used in spherical video processing, such as equirectangular and rectilinear mappings, and their impact on computer vision applications.
- Evaluating the Product: Follow a detailed guide for benchmarking performance on NVIDIA Jetson, optimizing GStreamer pipelines, and integrating with V4L2 Capture and Linux Camera Drivers.
- Getting the Code:Learn how to download, build, and deploy Spherical Video PTZ on Yocto-based embedded Linux environments, including support for NVIDIA JetPack.