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Energy-Efficient Wireless Networks and Connectivity of Devices – DensificationSep 22 2013
This is a strategic Sino-Finland collaboration project. The main focus of the project is in the mobile network and terminal energy and spectral efficiency. While both aspects strongly depend on the system software and hardware implementations they also depend on the design, planning and management of both network and terminals.
In this project we study
- Energy and cost effective hardware and technology solutions(WP1),
- novel network planning and service provision aspects (WP2),
- innovative local area, device-to-device and relaying solutions (WP3), and
- capacity boost and energy efficiency of heterogeneous networks (WP4, WP1, WP2).
The objective is to develop the insight on the key factors affecting to the energy and spectral efficiency, and to design new hardware solutions, algorithms, control structures and network planning approaches achieving the desired objectives. Main results are published as scientific articles in top international conferences and journals. Project will be carried out in collaboration with the Chinese research projects in Sino-Finland framework.
EWINE is continuation of the three wireless projects (ECEWA, NETS2020, JADE) and wireless and core pillars
Joint research plan between the two Finnish sub-projects (Densification and Systems) and Chinese partners.
- Beijing University of Posts and Telecommunications (BUPT), Southeast University (SEU)
- University of Electronic Science and Technology (UESTC), Hebei University of Technology (HUT)
- Shanghai Research Center for Wireless Communications (WiCO), University of Science and Technology of China (USTC), Harbin Institute of Technology (HIT).
The Finnish academic partners are
- Aalto University
- Tampere University of Technology
- University of Oulu
Future Wireless AccessApr 09 2012
The wireless access networks projects develop the core technologies for future wireless connectivity with the aim beyond the existing systems. The key challenges include the increasing data rates and requirements for improved connectivity. Therefore, solutions for capacity and coverage improvement are needed.
Networks of 2020 (NETS2020) project is a strategic wireless communication system research project covering the future development and evolution of cellular communication systems including IMT-Advanced (IMT-A), its further evolution and its integration with other communication and data networks. The main emphasis is on evolving wireless network topologies, such as relay based and device-to-device connections, and on distributed algorithms performing automated network management tasks on networks with such novel topologies. The research is carried out in close cooperation with the best Chinese universities and research institutes in the field to enable smooth application of the technology in evolving standards.
The JADE project is a strategic research project funded by Tekes, VTT, and several industry partners in Finland. The main objective of the JADE project is to investigate the energy consumption problem in the heterogeneous structure of International Mobile Telecommunications (IMT)-Advanced systems, and to design and develop novel link and system level solutions leading to significant energy efficiency improvement in 3GPP Long Term Evolution (LTE) and LTE-Advanced systems.
The JADE project is conducted under the Sino-Finland ICT Alliance Framework, which is initialized by Ministry of Employment and Economy at Finland and Ministry of Science and Technologies at China from June 2010. The Chinese research partners of JADE include Shanghai Research Center for Wireless Communications, Beijing University of Posts and Telecommunications, University of Electronic Science and Technology of China, etc.