Preface
8 Index
List of Illustrations
1 Chapter 1Figure 1.1 Data analysis process.Figure 1.2 Fog computing and edge computing.Figure 1.3 Machine learning algorithms.Figure 1.4 Issues of machine learning over IoT applications.
2 Chapter 2Figure 2.1 The cloud.Figure 2.2 Cloud computing.Figure 2.3 Integration of cloud computing and IoT.Figure 2.4 Supervised learning.Figure 2.5 Unsupervised learning.
3 Chapter 3Figure 3.1 Classification of big data analytics.Figure 3.2 Illustration of major functions of predictive data analytics.Figure 3.3 General framework of proposed model for predictive data analytics.Figure 3.4 Pearson’s correlation among various attributes of dataset.Figure 3.5 Histogram plot for the frequency of customers in country level (India...Figure 3.6 Histogram plot for the customers’ frequency at city level in Maharash...Figure 3.7 Histogram plot for Mumbai along the product dimension.Figure 3.8 Box plot for products across consumer segment.Figure 3.9 Pivot table.Figure 3.10 Heatmap of the world.
4 Chapter 4Figure 4.1 Technology evolution related to cloud computing [3].Figure 4.2 Cloud characteristics.Figure 4.3 Cloud deployment model.Figure 4.4 Cloud service model.Figure 4.5 Business data growth over dimension.Figure 4.6 Key emergence trends.
5 Chapter 5Figure 5.1 Data life cycle.Figure 5.2 Problems related to data in rest, data in use, and data in transit.Figure 5.3 Advanced Encryption Standard (AES).Figure 5.4 AES encryption.Figure 5.5 AES decryption.Figure 5.6 Swapping of keys.
6 Chapter 6Figure 6.1 Comparison of algorithms.Figure 6.2 VPN configuration.Figure 6.3 Remote access VPN configuration.Figure 6.4 A network-to-network VPN configuration.Figure 6.5 A VPN tunnel and payload.Figure 6.6 A transaction with digital certificates.
7 Chapter 7Figure 7.1 Cryptography classification.Figure 7.2 Runtime for CRSA, Pallier HE, and RSA HE.Figure 7.3 Memory analyzer for CRSA, HE RSA, and HE PAILLIER.
8 Chapter 8Figure 8.1 Smart environment information system.Figure 8.2 Technologies in healthcare.Figure 8.3 Smart cities communication networks.Figure 8.4 Data storage processing.
9 Chapter 9Figure 9.1 Evolution of cloud [2].Figure 9.2 Simple DAG model.Figure 9.3 Mapping of tasks and virtual machines.Figure 9.4 Heuristic algorithms.Figure 9.5 DAG1 model with 10 tasks.Figure 9.6 Gantt chart for task allocation.Figure 9.7 Gantt chart for task allocation.Figure 9.8 DAG model with 10 tasks.Figure 9.9 Gantt chart for task allocation.Figure 9.10 Gantt chart for task allocation.Figure 9.11 DAG2 model with 15 tasks.Figure 9.12 Scheduling length.Figure 9.13 Speedup.Figure 9.14 Efficiency.Figure 9.15 SLR.Figure 9.16 Resource utilization.Figure 9.17 Cost.
10 Chapter 10Figure 10.1 Architecture of Internet of Things.Figure 10.2 Relation between IoT, cloud, and environment monitoring.Figure 10.3 Interoperability in IoT.Figure 10.4 Generic MapReduce application execution phases.Figure 10.5 Applications of smart environment.Figure 10.6 Conceptual diagram of IoT healthcare solutions [121].
11 Chapter 11Figure 11.1 Clustering process used in the body for data transmission [1].Figure 11.2 Image segmentation using UNet architecture [2, 18].Figure 11.3 Role of cloud computing in the field of body area network [9, 20].Figure 11.4 Tier health IoT architecture [27].Figure 11.5 Modern e-health protocol [27].Figure 11.6 Role of IoT and big data in healthcare center [27].Figure 11.7 WBAN three-tier architecture [21].
12 Chapter 12Figure 12.1 Models of cloud services.Figure 12.2 Cloud deployment models.Figure 12.3 Cloud architecture.Figure 12.4 Cloud and environmental sustainability.Figure 12.5 Virtualization technologies and products.
13 Chapter 13Figure 13.1 Plantae affliction sample 1.Figure 13.2 Plantae affliction sample 2.Figure 13.3 Plantae affliction sample 3.Figure 13.4 System architecture for machine learning for plant disease detection...Figure 13.5 Flowchart for user.Figure 13.6 Sequence diagram for user.Figure 13.7 Registration page for the user.Figure 13.8 Login page for the user.Figure 13.9 Picture acquisition from the user.Figure 13.10 Uploading the picture to the application.Figure 13.11 Picture processing for the uploaded picture.Figure 13.12 Extracting the features as of the uploaded picture.Figure 13.13 Result after classification displayed as Bacterial Folio Blight.Figure 13.14 Result after classification displayed as Brown Folio Spot.Figure 13.15 Result after classification displayed as Verticillium wilt of cotto...Figure 13.16 When a healthy picture is uploaded, the result after classification...
14 Chapter 14Figure 14.1 Conceptual financial prediction systems.Figure 14.2 Sample dataset used in the financial prediction system.Figure 14.3 Illustration of linear regression in financial prediction systems.Figure 14.4 Illustration of long short-term memory (LSTM) in financial predictio...Figure 14.5 Prediction of closing price—Cipla Limited (linear regression).Figure 14.6 Prediction of closing price—Cipla Limited (LSTM).Figure 14.7 Prediction of closing price—Torrent Pharmaceuticals Limited (linear ...Figure 14.8 Prediction of closing price—Torrent Pharmaceuticals Limited (LSTM).Figure 14.9 Prediction of closing price—ICICI Bank (regression).Figure 14.10 Prediction of closing price—ICICI Bank (LSTM).Figure 14.11 Prediction of closing price—SBI Bank (regression).Figure 14.12 Prediction of closing price—SBI Bank (LSTM).Figure 14.13 Prediction of closing price—ITC (regression).Figure 14.14 Prediction of closing price—ITC (LSTM).Figure 14.15 Prediction of closing price—Hindustan Unilever Limited (regression)...Figure 14.16 Prediction of closing price—Hindustan Unilever Limited (LSTM).Figure 14.17 Prediction of closing price—Adani Power Limited (regression).Figure 14.18 Prediction of closing price—Adani Power Limited (LSTM).Figure 14.19 Prediction of closing price—Power Grid Corporation of India Limited...Figure 14.20 Prediction
