TY  - BOOK
AU  - Durbha, Surya Srinivas.
AU  - Surya Durbha
TI  - Internet of Things: / Surya Srinivas Durbha
SN  - 9780190121099
U1  - 004.678 DUR 
PY  - 2019///
CY  - , New Delhi
PB  - Oxford University Press
KW  - Internet of ThingJyoti Joglekar
N1  - Part I: Foundational AspectsChapter 1, Emergence of IoT1.1 Background and Vision1.2 IoT as a Disruptive Technology1.3 StandardizationChapter 2, Concept of Smart Things / Objects2.1 Thing in the context of IoT2.2 Needs of an IoT Thing2.3 Commonly used Things can become smart2.4 Machine to Machine (M2M) TechnologyChapter 3, Wireless Sensor Networks in IoT3.1 Introduction3.3 Types of WSN and Their Architecture3.2 Characteristics of Wireless Sensor Network3.4 Network Topologies in Wireless Sensor Network3.5 WSN Communication Protocols3.6 Security in WSN3.7 Distributed Sensor Network3.8 Wireless Sensor Network Data Aggregation Approaches3.9 Real World WSN Applications3.10 Evolution of WSN Towards Internet Of Things3.11 Quality Of Information in WSNChapter 4, IoT Standards and Protocols4.1 An overview of Internet Principles4.2 IPv6 and Its Role in IoT4.3 Low Power Wide Area Network (LPWAN)4.4 Wireless Technologies supporting IoT applicationsPart II: Understanding the Nuts and Bolts of IoT Hardware, Software and MiddlewareChapter 5, Sensors and Actuators in IoT5.1 Perception Layer of IoT5.2 Understanding Various Commonly Used Sensors5.3 Environment Measuring Sensors5.4 Medical Sensors5.5 Flow and Fluid Measuring Sensors5.6 Range and Motion Capture Sensors5.7 Actuators5.8 IoT ExamplesChapter 6, Open Hardware in IoT6.1 Introduction IoT Hardware6.2. Prototyping Boards/Kits6.3 Hardware for Cellular IoT6.4 Industrial Microcontroller (PLC and RTU)6.5 Various other Hardware6.6 Comparison of Different Hardware Platforms6.7 Working with IoT Hardware-Hands on Exercises6.8 Best PracticesChapter 7, IoT Middleware7.1 Introduction to Middleware7.2 Architectures of IoT Middleware7.3 State-of-the-art IoT MiddlewareChapter 8, IoT Software Platforms8.1 Introduction to IoT Software Platforms8.2 Commercial IoT Software Platforms8.3 Open IoT Software Platforms8.4 Choosing an IoT Platform8.5 Hands-on using an IoT platformChapter 9, Prototyping IoT Applications9.1 Importance of prototyping and its benefits9.2 Physical Design considerations9.3 Prototyping Logical Design9.4 Prototyping using Online API9.5 Embedded code writing9.6. Examples of Real world applications Part III: IoT Big Data Science and AnalyticsChapter 10, Big IoT Data Science10.1 Foundations and Principles of Big Data Science10.2 Concept of a Data Lake/Swamp10.3 Relation between Big Data and IoT10.4 Big Data Analytics in IoT10.5 Machine Learning and Deep Learning ToolsChapter 11, IoT in the Cloud11.1 Cloud Computing and IoT: Introduction11.2 Integrating Cloud computing with IoT11.3 Cloud services oriented towards IoT11.4 Selected Cloud Service providers11.5 RESTful Web API designChapter 12, Edge Analytics: Near Real-Time Sensor Stream Processing 12.1 Introduction12.2 What Is Streaming Data?12.3 Data Stream Management Systems12.4 Edge Analytics12.5 Edge Analytics WalkthroughChapter 13, Embedded High Performance Computing (HPC) for IoT13.1 Introduction to High Performance Computing (HPC)13.2 High Performance Embedded Computing (HPEC)13.3 Graphics Processing Units (GPU)13.4. Need for Embedded HPC Edge Devices for IoT13. 5 Embedded HPC Platforms13.6 IoT Applications development using Embedded HPCPart IV: Data Management in IoTChapter 14, Interoperability in the IoT Ecosystem14.1 Need for Interoperability in IoT Systems14.2. Types of Interoperability14.3 IoT Reference Model and Architecture14.4 Architecture Reference Model14.5 IoT Reference Architectures14.6 Interoperability approaches using Syntactic and Semantic ApproachesChapter 15, Cyber Security and Privacy15.1 Introduction15.2 Security Issues in IoT systems and Privacy Preservation15.3 IoT security requirements based on CIA Principles15.4 Security Technologies in IoT Systems15.5 IoT System security controls15.6 Other Security Controls for IoT Systems15.7 Best practices for securing IoT devices15.8 IoT Security with Best Practices for Home Automation applicationChapter 16, IoT and Business Processes Management16.1 IoT and Business Process Management (BPM)16.2 Transformation of BPM using IOT Technologies16.3 IoT and BPM: Mutual benefits and challenges16.4. IoT Business ModelsPart IV: Compelling Use Cases of IoTChapter 17, Compelling Use Cases17.1 Introduction17.2 Use Case for Home automation using Smart Home Appliances17.3 Use case: Smart Goods TransportationChapter 18, Future Outlook18.1 Future Roadmap for IoT18.2 Expanded opportunities for IoT ApplicationsChapter 19, IoT Reference Models and Architectures19.1 IoT Reference model and Architectures19.2 Architecture Reference Model19.3 IoT Reference Architectures
N2  - Internet of Things is a textbook designed for students of computer science, information technology and electronics & communication engineering to understand the interconnection and integration of the physical world with the cyber space and begin designing and developing simple IoT devices
ER  -