Inhalt: Whether you're working with a small-scale or large-scale system of connected devices, it is crucial that you devise thoughtful, sustainable management and monitoring solutions. In this course, learn about the basics of IoT device management, and discover how to build smart objects that are easy to maintain and troubleshoot. Instructor Ryan Hu covers essential concepts such as the system architecture, key functionalities, key standards, and protocols. He also discusses the representative standards for IoT device management-the LightweightM2M standard and the oneM2M standard. He shows how to use the IBM Watson IoT Platform, and more. Umfang: 02:11:59.00
Inhalt: The Internet of Things (IoT) has been significantly driven by the increasing number of networked devices with ubiquitous wireless connectivity. Low-power wireless networking is one of the most important connectivity technologies required by today's IoT systems, ranging from smart home appliances to smart city systems. In this course, explore the key technologies and foundations of low-power wireless networking for IoT. Ryan Hu begins by introducing wireless networking for IoT, and going over the basics of wireless communication and wireless networking. Next, he presents and compares the underlying wireless networking technologies in terms of system architectures, communication paradigms, performance, and use cases. Then, he explains how to integrate various networking technologies into an IoT system. To wrap up, Ryan discusses the use of low-power wireless networking in a typical lighting control system for both smart home and smart city environments. Umfang: 02:32:56.00
Inhalt: Interested in building applications for the Internet of Things? Smart devices surround us, and the app market is only getting bigger. Luckily, the operating systems designed for IoT-Ubuntu Core, Windows 10 IoT Core, and others-also have a number of built-in features for developing robust, full-featured IoT apps. An OS-based approach to development hands over tasks such as interoperability and security to the framework, so that developers can focus on features and functionality. This course provides a technical overview of IoT application components that can be "outsourced" to the OS: interactions with sensors and actuators, data management and processing, data transmission, edge computing, cloud computing, device management, security, and artificial intelligence and machine learning. IoT engineer and professor Ryan Hu provides numerous examples as well as exercise files that show how to implement each component in an actual IoT app. Umfang: 02:00:56.00
Inhalt: The Internet of Things (IoT) offers developers an array of exciting possibilities to explore. But building systems solutions for IoT can be challenging, and such systems may not be equipped to effectively manage resources and schedule tasks for modern IoT devices. Using an operating system (OS) can help you solve some of these issues. In this course, join Ryan Hu as he reviews the basics of using an operating system for IoT, and explores OS-related concepts and examples using an OS kernel, FreeRTOS. Learn about characteristics and technical requirements of OSs, and explore task management, intertask communication, memory management, and more. Umfang: 01:59:23.00
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