This document contains information about various drone components and specifications, including:
1. It lists several drone components like sensors, controllers, and motors along with their specifications.
2. It provides details on multiple drone models developed by different companies, including their dimensions, payload capacities, and other technical specifications.
3. It discusses drone operating systems, cloud platforms, and communication technologies that can be used for drone development and deployment.
This document provides specifications for several single board computers and development boards including the Raspberry Pi B+, BeagleBone Black, ArduPilot, Yatagarasu, and Hachidori. It also lists sensors that can be connected including the MPU-9250, BME280, and PCA9685. Dimensions are provided for some boards as 1.5m x 3.5m. The document recommends using the ArduPilot or Raspberry Pi for aerial and ground vehicles and mentions Microsoft Azure IoT Edge for cloud connectivity.
This document provides information on various hardware platforms and components that can be used for robotics and IoT applications. It includes the following:
- Lists several single-board computers like Raspberry Pi, BeagleBone Black, and Nvidia Jetson that are suitable for robotics and IoT projects.
- Mentions sensors that can be connected to these boards like IMUs, environmental sensors, and distance sensors.
- Provides details on other components like motor drivers, wireless modules, and development kits that support these hardware platforms.
This document provides an overview of the drone industry and market environment. It includes information on various sectors within the drone industry such as education/training, agriculture, delivery systems, conferences/events, market research, test sites, coalitions/organizations, user groups/networks, universities/research programs, media/news, suppliers, components/systems, drone manufacturers, and the drone operator marketplace. It also provides a breakdown of the drone market by region, including North America, Europe, Asia & Oceania. Graphics show the global drone market environment and popular drone hardware components.
This document discusses Microsoft Azure and Internet of Things (IoT). It mentions setting up a proof of concept for connecting devices to Azure IoT and using Skype for Business. Key details include implementing Azure IoT Hub and connecting a motion sensor board to demonstrate collecting and analyzing IoT sensor data in the cloud. Performance tests were also run on the system.
ET WEST「オープンソースを使った国産フライトコントローラ開発 プロジェクトの概要」（2017-07-13）博宣 今村
This document discusses embedded systems and technologies in Japan. It covers topics like embedded operating systems, hardware platforms, and security. The document aims to promote collaboration and sharing of knowledge between members of the Japan Embedded Systems Technology Association.
This document contains information about various drone components and specifications, including:
1. It lists several drone components like sensors, controllers, and motors along with their specifications.
2. It provides details on multiple drone models developed by different companies, including their dimensions, payload capacities, and other technical specifications.
3. It discusses drone operating systems, cloud platforms, and communication technologies that can be used for drone development and deployment.
This document provides specifications for several single board computers and development boards including the Raspberry Pi B+, BeagleBone Black, ArduPilot, Yatagarasu, and Hachidori. It also lists sensors that can be connected including the MPU-9250, BME280, and PCA9685. Dimensions are provided for some boards as 1.5m x 3.5m. The document recommends using the ArduPilot or Raspberry Pi for aerial and ground vehicles and mentions Microsoft Azure IoT Edge for cloud connectivity.
This document provides information on various hardware platforms and components that can be used for robotics and IoT applications. It includes the following:
- Lists several single-board computers like Raspberry Pi, BeagleBone Black, and Nvidia Jetson that are suitable for robotics and IoT projects.
- Mentions sensors that can be connected to these boards like IMUs, environmental sensors, and distance sensors.
- Provides details on other components like motor drivers, wireless modules, and development kits that support these hardware platforms.
This document provides an overview of the drone industry and market environment. It includes information on various sectors within the drone industry such as education/training, agriculture, delivery systems, conferences/events, market research, test sites, coalitions/organizations, user groups/networks, universities/research programs, media/news, suppliers, components/systems, drone manufacturers, and the drone operator marketplace. It also provides a breakdown of the drone market by region, including North America, Europe, Asia & Oceania. Graphics show the global drone market environment and popular drone hardware components.
This document discusses Microsoft Azure and Internet of Things (IoT). It mentions setting up a proof of concept for connecting devices to Azure IoT and using Skype for Business. Key details include implementing Azure IoT Hub and connecting a motion sensor board to demonstrate collecting and analyzing IoT sensor data in the cloud. Performance tests were also run on the system.
ET WEST「オープンソースを使った国産フライトコントローラ開発 プロジェクトの概要」（2017-07-13）博宣 今村
This document discusses embedded systems and technologies in Japan. It covers topics like embedded operating systems, hardware platforms, and security. The document aims to promote collaboration and sharing of knowledge between members of the Japan Embedded Systems Technology Association.
