The Edge Computing Consortium (ECC) has signed strategic cooperation agreements with the Telematics Industry Application Alliance (TIAA), International SSL Alliance (ISA), and Xidian University at the Edge Computing Industry Summit 2017 recently held in Beijing, China.
The companies will promote application innovations, standards development, and commercial implementation of edge computing in the smart lighting and in-vehicle fields, and encourage wide development of edge computing industry and technologies.
The ECC, a platform co-founded by government, vendor, academic, research institute, and customer sectors, aims to promote the openness and collaboration of the operations technology (OT) and information and communication technology (ICT) industries; strengthen their collaboration, openness, and innovation; and showcase the promotion and prosperous development of the edge computing industry.
The agreements include:
The ECC and TIAA will set up an ECC-TIAA team to jointly carry out cooperative ventures in edge computing technologies, products, applications, standards, and patents in the Internet of Vehicles (IoV) field. Both parties will exert their respective advantages in the IoV to jointly promote the openness and collaboration of the IoV industry and nurture the best practices in the smart in-vehicle industry, while driving the sound and sustainable development of the edge computing industry.
The ECC and ISA will leverage their strengths in smart street lamp expertise using edge computing, advanced sensing, network, computing, control, and intelligence technologies. The smart lighting solution will collect all useful data from street lamps to provide remote, real-time, and self-adaptive street lamp control, automatic fault diagnosis, and predictive maintenance to connect terminals such as trash can monitors and parking sensors deployed near street lamp poles - which can be considered as wireless network access nodes - providing the basis for building an extendable city IoT framework and promoting evolution of the lighting IoT into city IoT.
The ECC also announced that it will jointly hold the Symposium on Edge Computing-China (SEC-China) 2018 together with Xidian University and the Edge Computing Committee of the Chinese Association of Automation. SEC-China 2018 will provide a platform for academia and related industries to communicate with each other and release cutting-edge scientific research achievements, in order to strengthen edge computing technology and industry in China.
The forum will be held in May 2018 in Xi'an and cover edge computing-related topics and cutting-edge fields that include edge computing theory, security, and privacy protection; edge computing-oriented microprocessor architecture, system software, algorithm and program design, power consumption analysis and optimisation; system reliability; an edge storage system; edge computing-based big data processing; and technologies for optimising the collaboration between edge computing and cloud computing, edge computing visualisation, and edge computing application research.
The companies will promote application innovations, standards development, and commercial implementation of edge computing in the smart lighting and in-vehicle fields, and encourage wide development of edge computing industry and technologies.
The ECC, a platform co-founded by government, vendor, academic, research institute, and customer sectors, aims to promote the openness and collaboration of the operations technology (OT) and information and communication technology (ICT) industries; strengthen their collaboration, openness, and innovation; and showcase the promotion and prosperous development of the edge computing industry.
The agreements include:
The ECC and TIAA will set up an ECC-TIAA team to jointly carry out cooperative ventures in edge computing technologies, products, applications, standards, and patents in the Internet of Vehicles (IoV) field. Both parties will exert their respective advantages in the IoV to jointly promote the openness and collaboration of the IoV industry and nurture the best practices in the smart in-vehicle industry, while driving the sound and sustainable development of the edge computing industry.
The ECC and ISA will leverage their strengths in smart street lamp expertise using edge computing, advanced sensing, network, computing, control, and intelligence technologies. The smart lighting solution will collect all useful data from street lamps to provide remote, real-time, and self-adaptive street lamp control, automatic fault diagnosis, and predictive maintenance to connect terminals such as trash can monitors and parking sensors deployed near street lamp poles - which can be considered as wireless network access nodes - providing the basis for building an extendable city IoT framework and promoting evolution of the lighting IoT into city IoT.
The ECC also announced that it will jointly hold the Symposium on Edge Computing-China (SEC-China) 2018 together with Xidian University and the Edge Computing Committee of the Chinese Association of Automation. SEC-China 2018 will provide a platform for academia and related industries to communicate with each other and release cutting-edge scientific research achievements, in order to strengthen edge computing technology and industry in China.
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| Source: Edge Computing Consortium (ECC). Walter Fang (left), ECC Vice Chairman, and Shen Bazhong (right), Dean of School of Telecommunications Engineering of Xidian University sign the strategic cooperation agreement. |
The forum will be held in May 2018 in Xi'an and cover edge computing-related topics and cutting-edge fields that include edge computing theory, security, and privacy protection; edge computing-oriented microprocessor architecture, system software, algorithm and program design, power consumption analysis and optimisation; system reliability; an edge storage system; edge computing-based big data processing; and technologies for optimising the collaboration between edge computing and cloud computing, edge computing visualisation, and edge computing application research.
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