Part I Big Data and Cloud Computing
Efficient MapReduce Framework Using Summation
Secret Image Sharing Over Cloud Using One-Dimensional Chaotic Map
Design and Development of a Cloud-Based Electronic Medical Records (EMR) System
Log-Based Approach for Security Implementation in Cloud CRM’s
Performance Analysis of Scheduling Algorithms in Apache Hadoop
Energy-Aware Prediction-Based Load Balancing Approach with VM Migration for the Cloud Environment

Part II Network and Securities
Authentication Process Using Secure Sum for a New Node in Mobile Ad Hoc Network
Certificate Revocation in Hybrid Ad Hoc Network
NB Tree Based Intrusion Detection Technique Using Rough Set Theory Model
An Energy-Efficient Intrusion Detection System for MANET
DDoS Attack Mitigation Using Random and Flow-Based Scheme
Digital Image Watermarking Against Geometrical Attack
Efficient Decentralized Key Management Approach for Vehicular Ad Hoc Network
Image Forgery Detection: Survey and Future Directions
Comparative Study of Digital Forensic Tools
A Systematic Survey on Mobile Forensic Tools Used for Forensic Analysis of Android-Based Social Networking Applications
Enhanced and Secure Acknowledgement IDS in Mobile Ad Hoc Network by Hybrid Cryptography Technique
Formal Verification of Causal Order-Based Load Distribution Mechanism Using Event-B

Part III Internet of Things and Related Areas
An IOT-Based Architecture for Crime Management in Nigeria
A Comparative Analysis of Techniques for Executing Branched Instructions
Design and Implementation of an E-Policing System to Report Crimes in Nigeria
Performance Evaluation of Ensemble Learners on Smartphone Sensor Generated Human Activity Data Set
An Insight into Time Synchronization Algorithms in IoT
Comparative Study of the Electrical Energy Consumption and Cost for a Residential Building with Conventional Appliances Vis-a-Vis One with Energy-Efficient Appliances
Particle Swarm Optimization-Based MPPT Controller for Wind Turbine Systems
A New Model of M-secure Image Via Quantization
Analysis on Applicability and Feasibility of Dynamic Programming on the Basis of Time Complexity and Space Through Case Studies