Start developing for drones
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First step to understand Drones- UAVs Development Environments: SDKs, Emulators and Cloud Services
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Start developing for drones
- 1. ‘Heavier-than-air flying machines are impossible’ Lord Kelvin, British Mathematician and physicist, president of the British Royal Society, 1895. 1
- 2. Developing for Drones – Start Guada Casuso @guadacasuso @dronesgarage
- 3. 1. Intro 2. Classification – Types 3. The Drones Landscape 4. Components – UAS Architecture 5. Developing Solutions for Drones 6. Demo
- 5. UAV Unmanaged Aerial Vehicle UAS Unmanaged Aerial Systems NAS National Aeronautics Space APM autopilot platform Ardupilot APM ESC Electronic Speed Control IOC Intelligent Orientation Control FPV First Person View Antennas, Batteries…. []
- 8. • Flight Control System (Ground Base + Operator) - Controller (and optional App) • UAV • Satellites • Centralized Services (Cloud)
- 9. UAV to Satelites UAV to Ground controller – wifi (2.4 – 5 Ghz) Ground Controller to App – wifi, USB App to Cloud Services – wifi
- 11. Real-Time Video Onboard System Remote Controller Ground Station Battery GimbalCamera Payload Sensors GPS * This is an illustrative view of components and sensors, it may vary depending on the UAV
- 13. IoT, Cloud and Data Services
- 14. Pilot - Localization Mission Planning Data and Telemetry Security Management Post Processing - Analytics Networking - Connectivity FPV – RT Video Platforms APIs (SDK)
- 16. Microsoft Azure IoT Suite
- 17. Devices Azure IoT Suite – Drones Remote Monitoring Drones Remote Monitoring Back end systems and processes Event Hub Storage blobs DocumentDB Web/Mobile App Stream Analytics Logic Apps Azure Active Directory IoT Hub Web Jobs Power BI
- 18. The Opportunity
- 19. Scenarios Industry Commercial Applications Race - Gaming Cross Management Services
- 20. Defense Agriculture-Farming OilandGas Gaming IoT Services: Ingest, Process and Collect Cognitive Services and AI … Mapping and Localization Services
Hinweis der Redaktion
- Mention a typical Civil Drone UAS – FVP Drones or Fixed wings specifics can be different Talk about Data Link and Video Link
- In this sector will demonstrate the SDK options in 3 platforms: DJI, Parrot and 3DR Also talk about DIY Drones and Open Source
- You have now seen all of the individual parts of the Microsoft Azure IoT Suite and how they combine to create a simple but powerful preconfigured solution for IoT needs. Summarize Azure IoT Suite Connect and scale Analyze and act Integrate and transform
- How does it work? As mentioned; the solution is a combination of multiple back-end components. This architecture diagram shows the individual Microsoft products and services that are utilized. Reference Architecture for Remote Monitoring solution, what products are used and why? -> Provision simulated devices with a C# device emulator running .Net. Create agents for Linux, iOS, Android and other platforms with C and Java language support. IoT Hub manages the two way communication between cloud and device and creates a secure command and control channel. Azure Stream Analytics creates and manages jobs to recognize threshold values or detect alarm triggers, sending this information where it needs to be escalated. Event Hub is queried by a web job running an event processor host to determine where and alarm or alert needs to be pushed – such as sending an alert to dashboard for a human operator to take action. Logic Apps are used to create more complex work loads and integrate into line of business and other proprietary applications. Document DB stores all the metadata and device properties for each connected device. Blobs store telemetry information and telemetry data. Other tools such as Azure Machine Learning and PowerBI can access this information for data visualization or processing advanced analytics. Webapp – Dashboard code is available in Github allowing it to be fully customized by the user to align with a scenario or be relevant for an enterprise application. Azure Active Directory controls user ID’s and access, allowing the service to be shared with relevant decision makers within the business but restrict access to certain controls or devices. PowerBI is used for both open-source embedded components within the dashboard and also for complex external analytics of trends and patterns across all stored data.
- Microsoft Azure IoT Suite Preconfigured Solutions. We will focus on the Remote Monitoring solution.
- Rather than creating onboard software already carried by most drones, PixiePath focuses on external-control software which oversees and manages the movements of entire drone fleets performing least-cost routing functions, battery monitoring, location awareness and task completion. Additionally, Field-Elliot said the PixiePath platform can utilize public and private APIs to further enhance integration with other services and data sources. "Drone usage by companies will likely increase drastically in the coming years," Field-Elliot said. "The worldwide market opportunity is in the billions of dollars, and PixiePath is positioned to supply drone-fleet-management services to businesses and other organizations adopting these new tools." This is Field-Elliot's fifth technology startup. Before PixiePath, he served in a series of functions at the identity and access management firm Ping Identity, a company he co-founded. He also acted as advising CTO of NextAlarm, a home-security technology and services company.
- Microsoft Azure IoT Suite Preconfigured Solutions. We will focus on the Remote Monitoring solution.