Feasible Implementation of Explainable AI Empowered Secured Edge Based Health Care Systems
Lateef Haroon P.S., Abdul, K N, Hareesh
Detection of Influential nodes using Hybrid Deep learning methods in IIOT environment
Patil, Lakshmi, Elngar, Ahmed A.
Enhancing Blockchain Framework Using Web3.0 for IoT Based Plant Disease Detection System
B k, Jyoti, Nirmala, R., Gurumita, G.
To Design and Develop the Hybrid Blockchain Enabled IoT System for Secured Industry 4.0 Systems
Shiva Kumar, K.B., Veeresh, IWENDI, Celestine
Ensembled combination of Q-Learning and Deep Extreme learning machine to achieve the high performance and less latency to handle the large IoT and Fog Nodes.
Kumar, Sharan, Kaneti, Venkata Ramana, Sharma, Vandana
Chat-GPT Powered IoT devices using regularizing the data for an efficient management systems
Patil, Shilpa, Ramya, T. Anne
Health-FoTs – A Latency Aware Fog based IoT Environment and Efficient Monitoring of Body’s Vital Parameters in Smart Health care Environment.
Sathyanarayana, N., Raufi, Abdul Momin, Sharma, Meghna
Design and Implementation of the Deep Reinforcement Energy Efficient Routing for the Fog-BAN-Cloud of Things using Smart Health care applications
Kumar S, Pradeep, Venkatramulu, S., Chintapalli, Siva Surya Narayana
Optimized Deep learning Frameworks for the Medical Image Transmission in IoMT Environment
P, Rashmi, Gomathi, R.
To design and implement the QoS -Aware Energy Efficient Routing Mechanism for the BAN-IoT networks in Smart Health care Applications.
N.V, Babu, Kumar, Abhinav, Thomas, J. Joshua
Reconceiving the Edge Intelligence Based IoT Devices for an effective Classification of ECG Systems
H, Sangamesh, Cheripelli, Ramesh, G S, Nijaguna
Smart IoT based health care environment for an effective information sharing using Resource Constraint LLM Models
Kumar, Metti Vinodh, Ramesh, G.P.