Computing Science, Communication and Security: Third International Conference, COMS2 2022, Gujarat, India, February 6-7, 2022, Revised Selected Papers (Paperback)

Development of Smart Sensor for IoT Based Environmental Data Analysis Through Edge Computing.-  Application of Forensic Audio-Video Steganography Technique to Improve Security, Robustness, and Authentication of Secret Data.- An Efficient Cluster Based Energy Routing Protocol (E-CBERP) for Wireless Body Area Networks Using Soft Computing Technique.-  Ortho Image Mosaicing and Object Detection of  UAV Data.- The Novel Approach of Down-Link Spectral Efficiency Enhancement using Massive MIMO in Correlated Rician Fading Scenario.- Blocking Estimation using Optimal Guard Channel Policy in GSM 900 System.- Systematic Review on Various Techniques of Android Malware Detection.- Adaptive Rider Grey Wolf Optimization enabled Pilot-design for Channel Estimation in Cognitive Radio.- To Identify Malwares using Machine Learning Algorithms.- Motor Imagery EEG Signal Classification using Deep Neural Networks.- Extending WSN life-time using Energy Efficient based on K-means clustering method.- One-to-One Matching for Cooperative Resource Sharing and Communication in CRNs.- Sandbox Environment for Real Time Malware Analysis of IoT Devices.- Machine Learning Based DDOS Attack Detection in Design of 5G Smart Healthcare Networks.- Traffic Flow Prediction using Deep Learning Techniques.- Meta Heuristic Backtracking Algorithm for Virtual Machine Placement in Cloud Computing Migration.- Achieving Energy Efficiency in Life-logging Applications of Internet of Things using Data Compression through incorporation of Machine Learning & Edge-Cloud Architecture.- Cab Fare Prediction Using Machine Learning.- Device to Device Communication Over 5G.- Energy efficient Allocation of Resources in NOMA Based (MU-HCRN) with Perfect Spectrum Sensing.- CV based person detection system for smart transportation.- A Performance of Low-Cost NVIDIA Jetson Nano Embedded System in the Real-Time Siamese Single Object Tracking.