Track 1: Energy Resources

-Applications of Deep Learning Algorithms for Real-Time Prediction in Renewable Energy Systems

-Real-Time Intelligent Scheduling of Renewable Energy Systems Using Deep Learning 

-Real-Time Energy Efficiency and Load Balancing through Deep Learning

-The Role of Big Data Analytics in Real-Time Monitoring of Renewable Energy Systems

-Deep Learning Techniques in Hybrid Renewable Systems Integration

-Real-Time Optimization Strategies for Renewable Energy Systems Using Deep Learning

-Fault Prediction in Renewable Energy Systems Using Deep Learning

-Enhancing the Reliability of Renewable Energy Systems Using Deep Learning

-Applications of Deep Learning in Real-Time Control of Distributed Energy Resources

-Renewable Energy Systems Integrating IoT and Deep Learning

-Innovative Solutions in Energy Management Using Deep Learning

-Real-Time Control and Optimization of Microgrids Using Deep Learning

-Deep Reinforcement Learning for Smart Grid Optimization

-Smart Grid Technologies Driven by Deep Learning

-Development of Deep Learning Algorithms for Renewable Energy

-Neural Network Architectures for Renewable Energy Applications

Track 2: Environmental Engineering

-Ecotoxicology and Water Resource Management

-Soil Pollution and Remediation

-Solid Waste Toxicity Assessment

-Air Pollution Control

-Climate Change and Pollutants

-Wastewater Discharge Management

-Water Quality Modeling and Risk Assessment

-Environmental Nanotechnology

-GIS and Eco-Monitoring

-Industrial Wastewater and Ecotoxicology

-Ecosystem Restoration

-Biofiltration and Hazardous Gases

-Materials for Environmental Conservation

-Waste Handling and Toxicity Control

-Noise and Vibration Control

-Environmental Digitalization and Smart Technologies

-Sustainability and Low Carbon Technologies

-Eco-cities and Environmental Toxicology

-Ecological Monitoring and Toxicity Testing

-Ecological City Construction

-Ecological Environment Monitoring

-Environmental Ecology

-Toxicology of Hazardous Wastes

-Healthcare Waste Management Policies

-Biodegradation Pathways for Emerging Pollutants

-Climate Change and Toxic Waste Synergies