Representing IoT Systems with the Actor Model and Akka.NET 1

There will be over 20 billion connected things in use by 2020. This course will teach you why the Actor Model and Akka.NET is a good fit for representing IoT systems that support reactive, concurrent, scalable, distributed, and fault tolerant apps.

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Course Insight

Suitable for intermediate learners. Works well as a continuation after mastering Information Technology fundamentals. It bridges the gap toward advanced, production-level engineering.

Intermediate FriendlySelf-Paced LearningHands-On Learning

SKILLS TO
MASTER

Information Technology Basics
Fundamental principles and concepts
Practical ApplicationTrending
Real-world project implementation
Best Practices
Industry standard workflows and guidelines
Problem Solving
Core Concepts
Implementation
Workflow Integration
Optimization
Careers:Frontend Developer, Full Stack Developer, Web Engineer.

Quick Facts

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What You’ll Learn

Traditional programming techniques can fall short when trying to represent IoT devices and systems due to the the need for concurrency management, scalability, reactivity, distribution, and fault tolerance. In this course, Representing IoT Systems with the Actor Model and Akka.NET 1, you will learn how to model Internet of Things devices as actors with Akka.NET. First, you will learn why the Actor Model and Akka.NET is a good fit for IoT systems. Next, you will explore how to model devices as actors and organize actors into groups and supervision hierarchies. Finally, you will discover how to model the querying of device actors as separate actor instances. By the end of this course, you will know how to design and implement actors that represent real-world connected devices in IoT scenarios and take advantage of the built-in features of Akka.NET such as concurrency management and fault tolerance.

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Outcomes

  • Course Overview : 1min.
  • Designing the Actor Model System : 14mins.
  • Developing an Actor to Represent an IoT Temperature Sensor Device : 26mins.
  • Creating, Grouping, and Supervising Temperature Sensor Actors : 24mins.
  • Managing Sensor Groups and Registering New Temperature Sensors : 19mins.
  • Querying Temperature Sensor Actor Data : 34mins.
  • Implementing a Simple Console Actor System Host : 14mins.
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Representing IoT Systems with the Actor Model and Akka.NET 1
5(28+ learners)