This book, Introductory Concepts of Wireless Sensor Network provides the details study of Wireless Sensor Network Introduction, Application, Middleware and basic concept of cloud computing with WSN. This book also uses the Data Transmission concepts for secure data transmission over the wireless sensor network in distributed environment. This book is useful for undergraduates, postgraduates and research scholar students for their course work and research projects in the field of engineering, science and technology.
The text is organized into ten chapters, Chapter 1 and Chapter 2 provides Basic concept of wireless sensor network and their application in real life. Chapter 3 and Chapter 4 Routing in Cluster Based Wireless Sensor Networks and Cluster Based Distribution Routing Protocol for wireless sensor network. Chapter 5 and Chapter 6, includes MAC Protocol for WSN & MANET and Routing Protocols in Wireless Sensor Network. Chapter 7 and Chapter 8, give the brief introduction of Transport Control Protocols for WSN and different Middleware’s for WSN. Chapter 9 and Chapter 10 give brief Concept of Cloud Computing with WSN and Data Transmission over the WSN. Finally, this book includes un-solved problems, exercise and list of projects that are useful for both graduate and post-graduate students.
Table of Contents
- Chapter 1: Basic Concepts of Wireless Sensor Networks
- Chapter 2: Real-Life Applications of Wireless Sensor Networks
- Chapter 3: Routing in Cluster-Based Wireless Sensor Networks
- Chapter 4: Cluster-Based Distribution Routing Protocols for Wireless Sensor Networks
- Chapter 5: MAC Protocols for WSN & MANET
- Chapter 6: Routing Protocols in Wireless Sensor Networks
- Chapter 7: Transport Control Protocols for WSN
- Chapter 8: Middleware for WSN
- Chapter 9: Cloud Computing with WSN
- Chapter 10: Data Transmission over WSN
Objectives and Key Themes
This book aims to provide a comprehensive introduction to wireless sensor networks (WSNs), covering fundamental concepts, applications, and related technologies. It is designed to be accessible to undergraduate and postgraduate students, researchers, and professionals in engineering, science, and technology.
- Fundamental concepts of Wireless Sensor Networks
- Routing protocols and architectures in WSNs
- Data transmission and security in WSNs
- Middleware and cloud computing integration with WSNs
- Real-world applications of WSNs
Chapter Summaries
Chapter 1: Basic Concepts of Wireless Sensor Networks: This chapter lays the groundwork for understanding Wireless Sensor Networks (WSNs), defining core components such as sensor nodes, their functionalities (sensing, processing, communication), and network architectures. It explores the unique challenges posed by WSNs, such as limited power, bandwidth, and computational resources, and introduces fundamental design considerations for addressing these constraints. The chapter likely provides a foundational understanding of the terminology and principles crucial for comprehending subsequent chapters.
Chapter 2: Real-Life Applications of Wireless Sensor Networks: This chapter delves into the practical applications of WSNs across diverse fields. It likely showcases examples from various sectors, illustrating how WSNs are used for monitoring and control in areas like environmental monitoring (e.g., pollution levels, weather patterns), healthcare (e.g., patient monitoring, remote diagnostics), industrial automation (e.g., process monitoring, predictive maintenance), and smart agriculture (e.g., soil moisture monitoring, precision irrigation). The chapter aims to highlight the versatility and impact of WSN technology in real-world scenarios.
Chapter 3: Routing in Cluster-Based Wireless Sensor Networks: This chapter focuses on routing protocols specifically designed for cluster-based WSN architectures. It explores the advantages and disadvantages of clustering in WSNs, examining how it improves scalability and energy efficiency. The chapter likely discusses different cluster formation and maintenance algorithms, along with routing protocols that leverage the cluster structure for efficient data transmission. Different routing protocols like LEACH (Low Energy Adaptive Clustering Hierarchy) might be discussed. This chapter lays the groundwork for further understanding of routing protocols in the following chapter.
Chapter 4: Cluster-Based Distribution Routing Protocols for Wireless Sensor Networks: Building upon Chapter 3, this chapter delves deeper into specific cluster-based distribution routing protocols. It likely compares and contrasts various algorithms, analyzing their performance metrics such as energy efficiency, scalability, and latency. The chapter might include detailed explanations of protocol mechanisms, including data aggregation, cluster head election, and routing path selection. It might also discuss the trade-offs between different protocol design choices in relation to energy consumption and network lifetime.
Chapter 5: MAC Protocols for WSN & MANET: This chapter explores Medium Access Control (MAC) protocols tailored for WSNs and Mobile Ad hoc Networks (MANETs). It compares and contrasts different MAC protocols, evaluating their suitability for the unique challenges presented by these network types. The chapter may delve into energy-efficient MAC protocols designed for low-power sensor nodes and examine how these protocols handle channel contention and collisions in a resource-constrained environment. The discussion likely includes detailed analysis of protocol performance and energy efficiency characteristics under various network conditions.
Chapter 6: Routing Protocols in Wireless Sensor Networks: This chapter provides a comprehensive overview of various routing protocols used in WSNs. It may cover both centralized and distributed routing approaches, discussing their strengths and weaknesses. The chapter is likely to include a detailed analysis of different routing metrics and their impact on network performance. Protocols such as AODV (Ad hoc On-demand Distance Vector) or DSR (Dynamic Source Routing) might be examined in the context of WSNs, along with explanations of their applicability to the specific characteristics of sensor networks.
Chapter 7: Transport Control Protocols for WSN: This chapter focuses on transport layer protocols specifically designed for WSNs. It explores the adaptations and modifications needed to traditional transport protocols (like TCP/IP) to suit the resource constraints of WSNs. The discussion may include energy-efficient transport protocols and their ability to handle packet loss, latency, and bandwidth limitations in wireless environments. The chapter also likely delves into the tradeoffs between reliability and energy consumption in the context of data transmission over WSNs.
Chapter 8: Middleware for WSN: This chapter introduces middleware solutions designed to simplify the development and deployment of WSN applications. It explores different middleware architectures and their functionalities, including data aggregation, data processing, and application programming interfaces (APIs). The chapter likely compares and contrasts various middleware platforms, examining their strengths and weaknesses in terms of scalability, flexibility, and ease of use. This section is vital for developers seeking to build applications on top of existing WSN infrastructures.
Chapter 9: Cloud Computing with WSN: This chapter explores the integration of WSNs with cloud computing platforms. It likely describes how cloud services can be used for data storage, processing, and analysis of large volumes of sensor data. The chapter could examine different cloud-based architectures for WSNs, discussing the benefits and challenges of offloading data processing to the cloud. Security considerations and privacy implications related to cloud-based WSN deployments might also be addressed.
Chapter 10: Data Transmission over WSN: This chapter provides a detailed overview of data transmission techniques employed in WSNs. It likely covers various aspects of data transmission, including modulation techniques, error correction codes, and security protocols used to protect sensitive data. The chapter could also examine different strategies for optimizing data transmission for energy efficiency and reliability in the context of wireless sensor networks. The content likely builds upon the discussions of routing and transport protocols from previous chapters, providing a complete picture of data flow within WSNs.
Keywords
Wireless Sensor Networks (WSNs), Routing Protocols, Data Transmission, Energy Efficiency, Middleware, Cloud Computing, MAC Protocols, Cluster-Based Routing, Sensor Nodes, Real-time applications, Transport Control Protocols, MANET.
Frequently Asked Questions about "Wireless Sensor Networks: A Comprehensive Guide"
What is this book about?
This book provides a comprehensive introduction to Wireless Sensor Networks (WSNs), covering fundamental concepts, applications, and related technologies. It's designed for undergraduate and postgraduate students, researchers, and professionals in engineering, science, and technology.
What topics does the book cover?
The book covers a wide range of topics, including fundamental concepts of WSNs, routing protocols and architectures, data transmission and security, middleware and cloud computing integration, and real-world applications. Specific chapters delve into cluster-based routing, MAC protocols, transport control protocols, and data transmission techniques.
What are the key themes explored in the book?
Key themes include fundamental concepts of Wireless Sensor Networks, routing protocols and architectures in WSNs, data transmission and security in WSNs, middleware and cloud computing integration with WSNs, and real-world applications of WSNs.
What are the chapter summaries?
Each chapter provides a detailed explanation of a specific aspect of WSNs. Chapter 1 introduces basic concepts. Chapter 2 explores real-life applications. Chapters 3 and 4 focus on cluster-based routing protocols. Chapter 5 covers MAC protocols. Chapter 6 discusses general routing protocols. Chapter 7 details transport control protocols. Chapter 8 explores middleware. Chapter 9 examines cloud computing integration. Finally, Chapter 10 covers data transmission techniques.
What types of readers will benefit from this book?
This book is suitable for undergraduate and postgraduate students, researchers, and professionals in engineering, science, and technology interested in learning about Wireless Sensor Networks.
What are the key challenges addressed in the book related to Wireless Sensor Networks?
The book addresses the unique challenges posed by WSNs, such as limited power, bandwidth, and computational resources. It explores how to design WSNs to overcome these constraints through various techniques like energy-efficient routing protocols and optimized data transmission methods.
What are some examples of real-life applications of WSNs discussed in the book?
The book presents real-world applications of WSNs in diverse fields, including environmental monitoring, healthcare, industrial automation, and smart agriculture. Specific examples might include pollution level monitoring, patient monitoring, process monitoring, and soil moisture monitoring.
What specific routing protocols are discussed in the book?
The book discusses various routing protocols, both cluster-based (like LEACH) and general purpose (like AODV and DSR), comparing their performance in terms of energy efficiency, scalability, and latency. The specific protocols mentioned may vary by chapter.
What role does middleware play in WSNs, according to the book?
The book highlights the importance of middleware in simplifying the development and deployment of WSN applications. It discusses different middleware architectures and their functionalities, including data aggregation, data processing, and APIs.
How does the book address the integration of WSNs with cloud computing?
The book explores the integration of WSNs with cloud computing platforms, examining how cloud services can be used for data storage, processing, and analysis of large volumes of sensor data. It also addresses security and privacy concerns related to cloud-based WSN deployments.
What are the key keywords associated with the book's content?
Key keywords include Wireless Sensor Networks (WSNs), Routing Protocols, Data Transmission, Energy Efficiency, Middleware, Cloud Computing, MAC Protocols, Cluster-Based Routing, Sensor Nodes, Real-time applications, Transport Control Protocols, and MANET.
- Quote paper
- Dac-Nhuong Le (Author), Raghvenda Kumar (Author), Jyotir Moy Chetterjee (Author), 2018, Introductory Concepts of Wireless Sensor Network. Theory and Applications, Munich, GRIN Verlag, https://www.grin.com/document/385908
