This automatic automatic watering system application is part of a series of how-to Internet of Things (IoT) code sample exercises using the Intel® IoT Developer Kit, Intel® Edison development platform, cloud platforms, APIs, and other technologies.
Learn best-known methods to optimize your DPDK application's performance. Includes profiling methodology to help identify bottlenecks, then shows how to optimize BIOS settings, partition NUMA resources, optimize your Linux* configuration for DPDK, and more.
Wind River* Helix* Device Cloud enables remote management and monitoring of your Internet of Things (IoT) edge devices and gateways, scaling to thousands of devices. This article explores the benefits of Device Cloud and describes some of the capabilities it provides for deployed devices.
In this article we will discuss what Microsoft8 Azure* is and how you can use it in order to set up your IoT project. Here you will also learn about the role of cloud services, specific features of Azure such as software patching, network load balancing, high-availability features and more. This section also showcases the implementation of cloud APIs and explains the gateway relationship to the cloud, along with code samples that help you connect your IoT device to the Hub and receive device-to-cloud data.
This guide will help you understand the basics of IoT development by using the Intel® Edison board with sensors from a Grove* Kit, combined with a gateway solution capable of sending data from sensors to the Azure* cloud, where it can be further processed.
In this article, you will have access to an overview discussion of the Intel development boards, as well as details about how to program and work with them, along with the sensors from the Grove* Kit.