As sensors spread across almost every industry, the internet of things is going to trigger a massive influx of big data. We delve into where IoT will have the biggest impact and what it means for the future of big data analytics. Internet of Things is changing the face of different sectors such as manufacturing, health-care, business, education etc. by completely redefining the way people, devices, and apps connect and interact with each other in the eco system. From personal fitness and wellness sensors, implantable devices to surgical robots IoT is bringing in new tools and efficiencies in the ecosystem resulting in more integrated healthcare. Application of computational intelligence techniques is today considered as a key success factor to solve the growing scale and complexity of problems in the field of health care systems, agriculture, e-commerce etc.
The convergence of Computational intelligence, Big Data and IoT provides new opportunities and revolutionize business in huge way. This book will support industry and governmental agencies to facilitate and make sense of myriad connected devices in coming decade. This book offers the recent advancements in Computational Intelligence, IoT and Big Data Analytics.
Development of models and algorithms for employing IoT based facilities in healthcare, industry, agriculture, e- commerce, manufacturing, business etc. Methods for collection, management retrieval and processing of Big Data in various domains. Provides taxonomy of challenges, issues and research directions in applications of computational intelligence techniques in different domains
Chapter
1. A Systematic Literature Review of Computational Intelligence;
Big Data Analytics, and Internet of Things, Gurram Sunitha, Sam Goundar, J.
Avanija, and K. Reddy Madhavi.
Chapter
2. Applications of Innovations in Computational Intelligence; Big
Data Analytics, and Internet of Things, J. Avanija, Sam Goundar, Putta Vishnu
Vardhan, D. Ganesh, and Gurram Sunitha.
Chapter
3. Trends and Future Research Directions of Innovations in
Computational Intelligence, Big Data Analytics, and Internet of Things; B.
Narendra Kumar Rao, Sam Goundar, Gopireddy Karthik Kumar Reddy, Dudi Sai Hima
Sri, Gundampati Sudheer Kumar, and Gundarapu Vikas.
Chapter
4. An Intelligent Framework for Traffic Congestion Analysis System
Using Deep Convergence Network; A. Jafflet Trinishia, S. Asha, and Kanchana
Devi V.
Chapter
5. IoT Security: Securing the Future of Connectivity, David Silva,
Travis Hearne, and Theodore Wiard.
Chapter
6. Implementation of DenseNet Deep Learning Mechanism for Thorax
Disease Classification in Chest X-Ray Images; D. Ganesh, K. Suresh, Mohamed
Yasin, Gurram Sunitha, and Thulasi Bikku.
Chapter
7. An Integrated Comprehensive Security Framework for Wireless Sensor
Networks: A Survey; V. Jyothsna, P. Bhasha, E. Sandhya, and K. Khaja Baseer.
Chapter
8. A Feature-Fusion-Based Multimodal Biometric Along With One-Time
Token Authentication System for Increased Security in Cloud Environments;
Reddy Madhavi K., Vijayasanthi Maddela, K. Suneetha, Ashok Patel, and Karuna
G.
Chapter
9. A Workload Clustering and Resource Provisioning Framework for
Cloud Using: Adaptive Cat Swarm Optimization and Rule Based Classification;
Gurram Sunitha, Mohammad Gouse Galety, J. Avanija, K. Reddy Madhavi, and A.
V. Sriharsha.
Chapter
10. IoT Protocols: A Review; Kasarapu Ramani, G. B. Hima Bindu, M. L.
Haritha, N. Pushpa Latha, and I. Suneetha.
Chapter
11. IoT Enabled Monitoring of Solar Plants in Agri Lands; P.
Dhanalakshmi, K. Srujan Raju, Nagendra Panini Challa, B. Hemanth Kumar, and
K. P. N. V. Satya Sree.
Chapter
12. A Simple and Effective Approach for Identification of
Collaborative Concerns and Risks Under Distributed Version Control; K.
Suneetha, Jabeen Sultana, Reddy Madhavi K., Gudavalli Madhavi, and Naga
Jyothi.
Chapter
13. Lung Disease Detection Using Hybrid Machine Learning Algorithms;
J. Avanija, K. Srujan Raju, Gurram Sunitha, Mohammad Gouse Galety, and A. V.
Sriharsha.
Chapter
14. An Investigation of Future Research Directions in Secure Internet
of Things Systems and Applications; M. Bharathi, M. Dharani, Sivaram
Rajeyyagari, and B. M. Rajeswari.
Chapter
15. An Effective Pedestrian Detection Using Convolutional Neural
Network: Computer Vision Applications; N. Ashokkumar, P. T. Kavitha, P.
Nagarajan, M. Bharathi, K. Neelima, and M. Dharani.
Chapter
16. Chronic Kidney Disease Prediction Using Hybrid Machine Learning
Models; K. Reddy Madhavi, J. Avanija, Shivaprasad Kaleru, K. Arun Kumar, and
R. Hitesh Sai Vittal.
Chapter
17. Cyber Security Constrained Power System With TCSC Under n-1
Contingency Condition; Suresh Babu Daram, Kumar Reddy Cheepati, Killada Sesi
Prabha, and Venkatesh P.
Chapter
18. Trending Opportunities and Challenges in Enabling Technologies of
Industry 5.0; S. Sreenivasa Chakravarthi, Jagadeesh Kannan, S. Sountharrajan,
Saravana Balaji B., and J. Avanija.
Chapter
19. Big Data Analysis to Categorize Agricultural Land According to
Climatic Information; M. Sirish Kumar, Kurakula Arun Kumar, Avula chitti, B.
Panduranag Raju, and Sivaram Rajeyyagari.
Chapter
20. Binaural Hearing Aid Noise Reduction Using an External
Microphone; G. Naga Jyothi, K. Vijetha, K. Reddy Madhavi, K. Suneetha, and S.
Sreenivasa Chakravarthi.
About the Editors.
