- Cover
- About Pearson
- Title page
- Copyright Page
- Dedication Page
- Brief Content page
- Contents Page (1/3)
- Contents Page (2/3)
- Contents Page (3/3)
- Foreword Page
- Preface
- About the Author
- Chapter 1: Internet of Things—An Answer to theNext GenerationAutomated World
- WHAT IS INTERNET OF THINGS?
- BRIEF INTRODUCTION TO VARIOUSTECHNOLOGIES USED IN IoT
- IoT REVOLUTION
- BENEFITS OF IoT
- IoT AND ROBOTIC WORK AUTOMATION
- WHAT IS THE FUTURE OF IoT?
- Exercises
- Review Questions
- Challenge Questions
- Project Idea
- CASE STUDY 1: 3D AIR QUALITY MODELLING BY USINGSENSOR DRONES
- Recommended Readings
- SUMMARY
- Internet_of_Things_CH02_pp027-054
- Chapter 2: IoT Frameworks
- CASE STUDY 1: E-HEALTH SYSTEM WITH LOW COST FOREARLY DETECTION OF CHILDHOODDISEASES
- CASE STUDY 2: ENVIRONMENTAL MONITORINGAT ATHENS AIRPORT BY USING IOTPLATFORM
- CASE STUDY 3: FISH FARMING BY CONTROLLING WATERTANKS IN VIETNAM
- SUMMARY
- Internet_of_Things_CH03_pp055-080
- Chapter 3: Design Patterns for IoT
- VARIOUS DESIGN PATTERNS
- Design Patterns for Common IoT Deployments
- Software Abstraction for Virtualization of Things
- Virtualization of Things through Middleware
- Design Patterns for Edge Deployment, Provisioning, andOrchestration
- Design Patterns for Node Connections
- Design Patterns for Deployment Strategies
- Design Patterns for Infrastructure
- Design Patterns for Security
- CHALLENGES AND SOLUTIONS FOR DESIGNINGARCHITECTURE FOR IoT
- CASE STUDY 1: IoT LAB THAT MONITORS PARKING,WATER QUALITY, AMBIENT, ANDENVIRONMENTAL CONDITIONS
- SUMMARY
- VARIOUS DESIGN PATTERNS
- Internet_of_Things_CH04_pp081-104
- Chapter 4: IoT ArchitectureChoices
- Internet_of_Things_CH05_pp105-140
- Chapter 5: IoT Core Modules
- PROTOCOLS
- Infrastructure Protocols
- Identification Protocols
- Communication/Transport Protocols
- Discovery Protocols
- Data Protocols
- Device Management Protocols
- Semantic Protocols
- Security Protocols
- SENSORS (1/2)
- SENSORS (2/2)
- Temperature Sensors
- Proximity Sensor
- Pressure Sensor
- Water Quality Sensor
- Chemical Sensor
- Gas Sensor
- Smoke Sensor
- IR Sensors
- Level Sensors
- Image Sensors
- Motion Detection Sensors
- Accelerometer Sensors
- Gyroscope Sensors
- Optical Sensors
- ENDPOINTS
- Endpoint Model
- Lightweight Endpoint
- The Complex Endpoint
- The Gateway
- DATA COMMUNICATION
- IoT DATA MANAGEMENT
- ANALYTICS
- CASE STUDY 1: MONITORING SNOW AND ICE IN UKHIGHWAYS DURING WINTERS
- CASE STUDY 2: PREDICTING VOLCANIC ERUPTIONS IN MASAYA WITH SMART WIRELESS SENSORS
- CASE STUDY 3: PROTECTING BELUGA WHALES INALASKA BY USING FLEXIBLE SENSORPLATFORM
- SUMMARY
- PROTOCOLS
- Internet_of_Things_CH06_pp141-170
- Chapter 6: Essential Elementsfor Designing IoTArchitecture
- WHAT IS UML?
- WHY DO WE USE UML?
- DIFFERENT TYPES OF UML DIAGRAMS
- INTERACTION OVERVIEW DIAGRAM
- TIMING DIAGRAM
- SEQUENCE UML DIAGRAM
- COMMUNICATION UML DIAGRAM
- CLASS DIAGRAM
- OBJECT DIAGRAM
- COMPOSITE STRUCTURE DIAGRAMS
- DEPLOYMENT DIAGRAM
- PACKAGE DIAGRAM
- PROFILE DIAGRAM
- CASE STUDY 1: PROTECTING ENDANGEREDFRESHWATER MUSSELS IN THEOHIO RIVER
- CASE STUDY 2: SMART AGRICULTURE IN AUSTRALIA TOENSURE HEALTHY CROPS AND REDUCELOSSES
- SUMMARY
- Internet_of_Things_CH07_pp171-200
- Chapter 7: IoT ImplementationStrategies
- CHALLENGES AND SOLUTIONS
- WHAT TO KNOW BEFORE AN IoT IMPLEMENTATION?
- Cultural Shift
- Time for Projects
- Necessary Skills
- Security
- Interconnectivity
- Scalability
- Exercises
- Review Questions
- Project Idea
- Analysis of a Research Paper
- Implementing an Access Point with IoT in a Smart Home
- Technical Depth and Challenges
- Related Works
- IoT AP System Architecture
- Access Point System Architecture
- System Implementation
- Designing Smart Home
- ZigBee Home Automation Device Configuration
- ZigBee/Wi-Fi Configuration
- Remote Users Access Verification
- Performance Evaluation
- Conclusion
- Recommended Readings
- SUMMARY
- Internet_of_Things_CH08_pp201-230
- Chapter 8: Types of Testingin IoT
- TYPES OF TESTING IN IoT
- IoT TESTING CHALLENGES
- IoT TESTING TOOLS
- TESTING SMART WEARABLES
- FUTURE OF TESTING IN THE INTERNET OF THINGS
- TEST AUTOMATION IN IoT
- CASE STUDY 1: MONITORING TRAFFIC VOLUME INPETROL STATIONS TO IMPROVE SALESSTRATEGIES
- CASE STUDY 2: SMARTPHONE DETECTION SYSTEMTO KNOW THE CROWD BEHAVIOR INTRADE FAIR OF UK
- SUMMARY
- Internet_of_Things_CH09_pp231-248
- Chapter 9: ArtificialIntelligence for IoT
- EXPLORING THE WORLD OF AI
- AI AND IoT: A LOGICAL COMBINATION
- IoT AND AI IN THE CONTEXT OF INDUSTRY 4.0
- CASE STUDY 1: SMART FACTORY SYSTEM TO REDUCEPRODUCTION AND ENHANCEMANUFACTURING PROCESS
- CASE STUDY 2: SMART IRRIGATION TO SAVE WATERIN BARCELONA
- CASE STUDY 3: USING SMART SENSORS TO MONITOROZONE LAYER BY EUROPEAN UNION
- CASE STUDY 4: WARNING SYSTEM TO AVOID FLOODSAND ALLOW DISASTER MANAGEMENT INCOLOMBIAN RIVERS
- SUMMARY
- Internet_of_Things_CH10_pp249-270
- Chapter 10: Data Analyticsand MachineLearning for IoT
- Internet_of_Things_CH11_pp271-308
- Chapter 11: Security Challengesfor IoT
- Internet_of_Things_CH12_pp309-326
- Chapter 12: Holistic Viewon IoT Security
- Internet_of_Things_CH13_pp327-348
- Chapter 13: Hands-On Examplesof IoT Experiments
- ARDUINO
- RASPBERRY PI
- Introduction to Raspberry Pi
- Install the Operating System on Raspberry Pi
- Development Environment
- Python IDEs
- Programming in Python
- Exercises
- Review Questions
- Challenge Questions
- Hands-On Practice Task
- Practice Task 1: Arduino Robot
- Practice Task 2: Building up a Robot Buggy by usingRaspberry PI
- Project Idea
- Detecting Santa
- CASE STUDY 1: THE PI REVOLUTION THAT TRANSFORMEDTHE FACE OF LEARNING IN UK’SST JOSEPH’S SCHOOL
- CASE STUDY 2: ASSISTING THE DEMENTED PATIENTS
- SUMMARY
- Internet_of_Things_CH14_pp349-372
- Chapter 14: IoT Project Ideas
- PROJECT 1: VEHICLE TRACKING SYSTEM BASED ON GPSAND GSM
- PROJECT 2: BABY MONITORING SYSTEM USINGRASPBERRY PI
- PROJECT 3: IoT BASED AIR QUALITY MONITORINGSYSTEM
- PROJECT 4: SMART CAMERA BASED ON IoT BY USINGANDROID AND RASPBERRY PI
- PROJECT 5: RUNNING WINDOWS 10 ON RASPBERRY PI 2
- PROJECT 6: SMART PARKING SYSTEM BASED ON IoT BYUSING RFID
- PROJECT 7: SMART STREET LIGHT BASED ON IoT
- PROJECT 8: SMART WATER MANAGEMENT SYSTEMBASED ON IoT BY USING RASPBERRY PI
- PROJECT 9: IoT BASED SMART DOORBELL SYSTEM
- PROJECT 10: SMART WALKING STICK FOR VISUALLYIMPAIRED BASED ON RASPBERRY PI
- SUMMARY
- Internet_of_Things_CH15_Index_p373-380
- Index
142 Internet of Things
diagrams can be utilized as a replacement for flowcharts. UML diagrams give us a more stand-
ardized way of modeling and a wide range of features to increase ecacy and readability.
Sketch
UML diagrams are used to connect various aspects and characteristics of a system. Although,
this remains only a top view of the system and might not include every necessary detail to
explore the projects until its end.
Forward Design
We can prepare the design of the sketch before coding the application. This naturally helps us
to get a better view of the workflow or system that we are trying to establish. In the end, you can
identify various issues and flaws that improve the health of the project.
Backward Design
Once you write the code, the UML diagrams can be drawn as a mean of documentation for the
various actors, activities, roles, and workflows.
Blueprint
Blueprints help us to provide a complete design that needs only the actual implementation of
software or system. This is usually done by utilizing Computer Aided Software Engineering
Tools. However, using these tools is not a cakewalk and may require a certain level of proficiency.
Pseudo Programming Language
Unlike stand-alone programming languages such as Java, C++, or Python, UML is not a
stand-alone programming language. However, by utilizing the right tools you can turn UML
into a pseudo-programming language. To do this, we need to document the entire system in
dierent UML diagrams by using the right software. Later, we can translate these diagrams into
code directly. UML was created for the modeling software system; however, it has been used in
businesses and non-software systems.
DIFFERENT TYPES OF UML DIAGRAMS
There are various diagrams in UML and each one has a specific purpose. We can divide the
diagrams into two major categories; Behavioral UML diagram and Structural UML diagram.
These diagrams are responsible for describing the structure of the system, process, behavior of
the system, etc. We can further break down the diagrams as follows:
Behavioral UML Diagram
• Activity diagram,
• Interaction overview diagram,
• Communication diagram,
• Use case diagram,
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