Difference between revisions of "GREEN 2021"
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+ | GREEN 2021 conference tracks: | ||
+ | |||
+ | Hot research/industrial areas | ||
+ | Improving Green-ness | ||
+ | Eco-Design-energy efficiency | ||
+ | Green-oriented protocols, computation and services | ||
+ | Circuitry for energy harvesting and scavenging | ||
+ | Underwater energy harvesting | ||
+ | Energy harvesting from stall flutter limit cycle oscillations | ||
+ | Ultrasound acoustic wave energy transfer and harvesting | ||
+ | Ocean wave vibration energy harvesting | ||
+ | Atmosphere monitoring and Green-technologies for Environmental Challenges | ||
+ | Remote monitoring the batteries | ||
+ | Battery materials and mechanisms | ||
+ | Hybrid solar energy - thermal energy - wind energy | ||
+ | Energy storage | ||
+ | Grid-oriented energy systems | ||
+ | Vehicular pollution | ||
+ | Electric/hybrid vehicles | ||
+ | Harvesting of marine microalgae/agricultural crop for biodiesel production | ||
+ | Power distribution grids | ||
+ | Optimal planning in smart cities and smart meters | ||
+ | Green-ness incentives | ||
+ | Green-ness education and motivation | ||
+ | |||
+ | Green-awarness | ||
+ | Green-aware engineering methodologies | ||
+ | Green and sustainable computing | ||
+ | Green computing and communication technologies | ||
+ | Data–aware greed computing | ||
+ | Energy-efficient computing and supercomputing | ||
+ | Intelligent signal processing for Green communications | ||
+ | Green cloud computing | ||
+ | Green computing and Internet of Things (IoT) | ||
+ | |||
+ | Energy-related | ||
+ | Energy Harvesting Communications | ||
+ | Energy-efficiency for 5G Networks | ||
+ | Energy-efficient Data Centers | ||
+ | Energy-efficient Data, Services and Memory Management | ||
+ | Energy awareness in Big Data Processing and Storage | ||
+ | Energy-efficient Protocols and Networking | ||
+ | Green Scheduling and Resource Allocation for Communications | ||
+ | Smart Energy and Smart Grid | ||
+ | Power Quality, Power Electronics and Electric Machines | ||
+ | Smart Grid Applications: Grid-to-Vehicle, Vehicle-to-Grid, Micro-Grid | ||
+ | Renewable Energy Generation and New Energy Sources | ||
+ | Pervasive Energy Services | ||
+ | |||
+ | Green technologies and services | ||
+ | Smart Sensing, Metering Systems, Smart Cities | ||
+ | Green Vehicles, Green Homes, Green Buildings | ||
+ | Green Industrial Automation and Control | ||
+ | Green Intelligent Transport Systems | ||
+ | Green Technologies for Mobile, Wireless, Wired Industrial Networking | ||
+ | Green Data Storage, Data Centers | ||
+ | Privacy, Safety, and Security in Green-aware Services | ||
+ | Energy-constrained and Power-constrained Devices, Gateways and Systems | ||
+ | Green Standardizations and Benchmarks for ICT | ||
+ | Metrics for Sustainability and their Validation | ||
+ | Ecosystem Modeling |
Revision as of 13:51, 15 October 2021
GREEN 2021 | |
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International Conference on Green Communications, Computing and Technologies
| |
Ordinal | 6 |
Dates | 2021/11/14 (iCal) - 2021/11/18 |
Presence | hybrid |
Homepage: | https://www.iaria.org/conferences2021/CfPGREEN21.html |
Location | |
Location: | Athens, Greece |
Important dates | |
Papers: | 2021/09/25 |
Posters: | 2021/10/12 |
Submissions: | 2021/09/25 |
Camera ready due: | 2021/11/01 |
Table of Contents | |
GREEN 2021 conference tracks:
Hot research/industrial areas Improving Green-ness Eco-Design-energy efficiency Green-oriented protocols, computation and services Circuitry for energy harvesting and scavenging Underwater energy harvesting Energy harvesting from stall flutter limit cycle oscillations Ultrasound acoustic wave energy transfer and harvesting Ocean wave vibration energy harvesting Atmosphere monitoring and Green-technologies for Environmental Challenges Remote monitoring the batteries Battery materials and mechanisms Hybrid solar energy - thermal energy - wind energy Energy storage Grid-oriented energy systems Vehicular pollution Electric/hybrid vehicles Harvesting of marine microalgae/agricultural crop for biodiesel production Power distribution grids Optimal planning in smart cities and smart meters Green-ness incentives Green-ness education and motivation
Green-awarness Green-aware engineering methodologies Green and sustainable computing Green computing and communication technologies Data–aware greed computing Energy-efficient computing and supercomputing Intelligent signal processing for Green communications Green cloud computing Green computing and Internet of Things (IoT)
Energy-related Energy Harvesting Communications Energy-efficiency for 5G Networks Energy-efficient Data Centers Energy-efficient Data, Services and Memory Management Energy awareness in Big Data Processing and Storage Energy-efficient Protocols and Networking Green Scheduling and Resource Allocation for Communications Smart Energy and Smart Grid Power Quality, Power Electronics and Electric Machines Smart Grid Applications: Grid-to-Vehicle, Vehicle-to-Grid, Micro-Grid Renewable Energy Generation and New Energy Sources Pervasive Energy Services
Green technologies and services Smart Sensing, Metering Systems, Smart Cities Green Vehicles, Green Homes, Green Buildings Green Industrial Automation and Control Green Intelligent Transport Systems Green Technologies for Mobile, Wireless, Wired Industrial Networking Green Data Storage, Data Centers Privacy, Safety, and Security in Green-aware Services Energy-constrained and Power-constrained Devices, Gateways and Systems Green Standardizations and Benchmarks for ICT Metrics for Sustainability and their Validation Ecosystem Modeling