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Practical TinyOS. Programming for Wireless Sensor Networks
Agus Kurniawan (Taschenbuch, Englisch)
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Beschreibung
Begin solving problems in automation using Wireless Sensor Networks (WSN). TinyOS is just one of the many wireless sensor network platforms used to implement applications and provides more advantages in sensing, communication and energy optimization. In this book, readers will explore how to develop and implement these networks using TinyOS.
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Technische Daten
Erscheinungsdatum
01.01.2018
Sprache
Englisch
EAN
9781484230053
Herausgeber
APRESS
Autor
Agus Kurniawan
Einbandart
Taschenbuch
Inhaltsverzeichnis
Chapter 1 title: Introduction to Wireless Sensor NetworkChapter Goal: to introduce to Wireless Sensor Network (WSN) and to prepare development environment • 1.1 Introduction to Wireless Sensor Network (WSN)• 1.2 Introduction to TinyOS• 1.3 Review WSN Hardware for TinyOS• 1.4 Set up Development Environment for TinyOS• 1.5 TinyOS and Raspberry Pi• 1.6 Hello World Application for TinyOS
Chapter 2 title: Basic nesC ProgrammingChapter Goal: to introduce a basic nesC programming• 2.1 TinyOS Programming Model• 2.2 nesC Basic Syntax• 2.3 nesC Coding Conventions• 2.4 Modules• 2.5 Interfaces• 2.6 Configurations and Wiring• 2.7 Demo: Build TinyOS Application
Chapter 3 title: TinyOS and Computer Communication Chapter Goal: To establish a communication between TinyOS mote and computer and to exchange data among their entities• 3.1 Communication Models for TinyOS• 3.2 Serial Communication• 3.3 Build a Communication Between TinyOS Mote and Computero 3.3.1 Architectureo 3.3.2 Using migo 3.3.3 Using ncgo 3.3.4 Implementationo 3.3.5 Testing• 3.4 Build Your Own Simple Middleware for TinyOSo 3.4.1 What is a Middleware?o 3.4.2 Middleware Architecture for TinyOSo 3.4.3 Imlementationo 3.4.4 Testing
Chapter 4 title: Concurrency Chapter Goal: build concurrency program-based TinyOS to perform many tasks• 4.1 Introduction to Concurrency• 4.2 Concurrency Approach in TinyOS• 4.3 Task Scheduling• 4.4 Task-based Time Scheduling• 4.5 Asynchronous Code
Chapter 5 title: Sensing and Actuating Chapter Goal: to build TinyOS program to perform sensing and actuating• 5.1 What is Sensing and Actuating• 5.2 Review Sensor and Actuator Devices• 5.3 TinyOS Sensing Projecto 5.3.1 Reading data from Sensor Deviceso 5.3.2 Wiringo 5.3.3 Develop TinyOS Applicationo 5.3.4 Testing• 5.4 TinyOS Actuating Projecto 5.4.1 LED Controller Deviceo 5.4.2 Wiringo 5.4.3 Develop TinyOS Applicationo 5.4.4 Testing
Chapter 6 title: NetworkingChapter Goal: to develop TinyOS program with utilizing Network stacks• 6.1 Networking in TinyOS• 6.2 Single-hop Networking• 6.3 Multi-hop Networking• 6.4 Build Your Own RESTful Server for TinyOSo 6.4.1 Preparationo 6.4.2 Wiringo 6.4.3 Implementationo 6.4.4 Testing
Chapter 7 title: StorageChapter Goal: to work with local and remote storage in TinyOS• 7.1 Storage Models in TinyOS• 7.2 Working with Local Storage• 7.3 Working with Remote Storage• 7.4 Demo: Saving Sensing Data Into MySQLo 7.4.1 Preparationo 7.4.2 Wiringo 7.4.3 Develop TinyOS Applicationo 7.4.4 Testing
Chapter 8 title: TinyOS and Cloud ServerChapter Goal: to connect TinyOS to public cloud servers.• 8.1 Introduction to Cloud Servers• 8.2 Review Cloud Server Platforms• 8.3 Connecting TinyOS Motes to Cloud Servers• 8.4 Build Your Own IoT using TinyOSo 8.4.1 Preparationo 8.4.2 Wiringo 8.4.3 Develop Applicationo 8.4.4 Testing
Chapter 2 title: Basic nesC ProgrammingChapter Goal: to introduce a basic nesC programming• 2.1 TinyOS Programming Model• 2.2 nesC Basic Syntax• 2.3 nesC Coding Conventions• 2.4 Modules• 2.5 Interfaces• 2.6 Configurations and Wiring• 2.7 Demo: Build TinyOS Application
Chapter 3 title: TinyOS and Computer Communication Chapter Goal: To establish a communication between TinyOS mote and computer and to exchange data among their entities• 3.1 Communication Models for TinyOS• 3.2 Serial Communication• 3.3 Build a Communication Between TinyOS Mote and Computero 3.3.1 Architectureo 3.3.2 Using migo 3.3.3 Using ncgo 3.3.4 Implementationo 3.3.5 Testing• 3.4 Build Your Own Simple Middleware for TinyOSo 3.4.1 What is a Middleware?o 3.4.2 Middleware Architecture for TinyOSo 3.4.3 Imlementationo 3.4.4 Testing
Chapter 4 title: Concurrency Chapter Goal: build concurrency program-based TinyOS to perform many tasks• 4.1 Introduction to Concurrency• 4.2 Concurrency Approach in TinyOS• 4.3 Task Scheduling• 4.4 Task-based Time Scheduling• 4.5 Asynchronous Code
Chapter 5 title: Sensing and Actuating Chapter Goal: to build TinyOS program to perform sensing and actuating• 5.1 What is Sensing and Actuating• 5.2 Review Sensor and Actuator Devices• 5.3 TinyOS Sensing Projecto 5.3.1 Reading data from Sensor Deviceso 5.3.2 Wiringo 5.3.3 Develop TinyOS Applicationo 5.3.4 Testing• 5.4 TinyOS Actuating Projecto 5.4.1 LED Controller Deviceo 5.4.2 Wiringo 5.4.3 Develop TinyOS Applicationo 5.4.4 Testing
Chapter 6 title: NetworkingChapter Goal: to develop TinyOS program with utilizing Network stacks• 6.1 Networking in TinyOS• 6.2 Single-hop Networking• 6.3 Multi-hop Networking• 6.4 Build Your Own RESTful Server for TinyOSo 6.4.1 Preparationo 6.4.2 Wiringo 6.4.3 Implementationo 6.4.4 Testing
Chapter 7 title: StorageChapter Goal: to work with local and remote storage in TinyOS• 7.1 Storage Models in TinyOS• 7.2 Working with Local Storage• 7.3 Working with Remote Storage• 7.4 Demo: Saving Sensing Data Into MySQLo 7.4.1 Preparationo 7.4.2 Wiringo 7.4.3 Develop TinyOS Applicationo 7.4.4 Testing
Chapter 8 title: TinyOS and Cloud ServerChapter Goal: to connect TinyOS to public cloud servers.• 8.1 Introduction to Cloud Servers• 8.2 Review Cloud Server Platforms• 8.3 Connecting TinyOS Motes to Cloud Servers• 8.4 Build Your Own IoT using TinyOSo 8.4.1 Preparationo 8.4.2 Wiringo 8.4.3 Develop Applicationo 8.4.4 Testing
Höhe
235 mm
Breite
15.5 cm
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