MoST - Business Finland Joint Funding Call

Transcription

1 MoST - Buine Finland Joint Funding Call I. AGREEMENT Memorandum of Undertanding for China-Finland Science & Technology Innovation Cooperation between the Department of International Cooperation of the Minitry of Science and Technology of the People Republic of China, and Buine Finland (formerly Teke, the Finnih Funding Agency for Innovation) of the Republic of Finland II. PRIORITIES IoT Factory For example including but not limited to cooperation area uch a: 1. Analyi, prediction and optimization technologie for intelligent factory operation baed on indutry IoT big data. Key focue including: Equipment tate feature information acquiition technologie, and big data feature extraction technologie; Efficiency optimization for production line baed on intelligent algorithm, and development of online optimization and analyi ytem for production efficiency; Energy conumption model of intelligent equipment, uch a machine tool and robotic, optimization technologie for integrated energy management for intelligent factory, development of energy management and optimization ytem; Real-time online preciion optimization technologie for machining equipment, and online compenation technologie, enabled by big data analyi; Product quality prediction technologie, baed on equipment operation monitoring, and development of product quality prediction ytem. 2. Data gathering, analytic, imulation, prediction and optimization technologie and big data olution for manufactured product ue phae follow up. Key focue including: Solution and technologie for data gathering, analytic, prediction and optimization Solution for big data for manufactured product ue phae follow up

2 Medical Science For example including but not limited to cooperation area uch a: 1. Molecular immune repone mechanim Key focue including: Molecular immune repone mechanim of child allergic dieae in urban and rural indoor environment expoure Peronalized health uing biologic information from individual can help to predict the rik of different dieae Spirometer that work with the mart phone making monitoring the lung imple and convenient. Treatment can optimized, while predicting and preventing athma ymptom. Environmental infection control againt airborne pathogen ; can improve the ituation in healthcare facilitie by preventing tranmiion and the quality of air. 2. Artificial intelligence aited healthcare Key focue including: Artificial intelligence aited digital pathology in accurate diagnoi and treatment of cancer Quick and accurate medical analyi on the bai of ymptom upplied by the uer. It identifie the health iue and give clear intruction on how to proceed with treatment. AI olution that help phyician in their daily deciion making in neurology. 3. Population health Key focue including: Analyzing care gap, for example, aeing the relative effectivene of different treatment, uch a by how much the prognoi in the cae of a myocardial infarction or troke can be improved with a pecific treatment. Imaging device

3 that are uitable for any clinic for creening of variou eye dieae, uch a diabetic retinopathy and glaucoma. Generally, prevention and health promotion are the key element. Wearable technology for fitne a well a monitoring are the uitable technologie A well corporate wellne and fitne monitoring at chool. Smart and Flexible Energy For example including but not limited to cooperation area uch a 1. Planning and operation of interconnected energy ytem for future citie Key focue including: Architecture deign and modeling, theory and methodology tudy of interconnected energy ytem for future citie; Optimization and management technologie for future urban interconnected energy ytem; Key technologie of interconnected energy ytem for development and utilization of clean energie, and integration of high proportion ditributed renewable energie; Demontration application of interconnected energy ytem for future citie; Alo: Analyi and prediction of energy conumption characteritic of individual and group uer; Market tructure, pricing mechanim and trade mode for multiple energy upply ource; Economic evaluation theory and method of interconnected energy ytem; Integration capacity evaluation of energy ytem of ditributed renewable energie. 2. Real-time imulation and intelligent control of hybrid grid Key focue including: Real-time online rik identification, through reearch of mirror ytem and adaptive intelligent imulation model;

4 Intelligent tability, through reearch of wide-area application and tability ytem for hybrid grid, and online viual cloe-loop tet for hybrid grid ecurity and tability ytem; Remote teting and real-time cloe-loop of hybrid grid control ytem. 3. High performance mart grid and network automation Key focue including: Solution for ditributed energy generation, intelligent power management with high level of digitalization and demand repone Solution for network automation with improved quality and continuity of ervice with affordable invetment (compared to non-optimized network) Solution for network automation with goal for ignificantly le repair cot (le maintenance work), more reliable electricity ditribution (le interruption to power line) Intelligent Tranportation For example including but not limited to cooperation area uch a 1. Network information interaction and ervice for new energy vehicle Key focue including: Development of integrated vehicle terminal, featuring 5G connectivity, Beidou high-preciion navigation, vehicle network perception, ervice and alert; Technologie and tandard for information exchange, ecurity, optimization and coordination between multiple terminal and cloud; Identification and early warning of driving behavior, vehicle monitoring and energy conumption optimization, integrated evaluation method for afety/ecological driving; Diagnoi ytem combining local and cloud data; Analyi and ervice platform of big data for new energy vehicle. 2. Application of new energy vehicle networking in multi-domain Key focue including:

5 Information fuion, feature extraction, and analyi technologie of heterogeneou data from multi-domain and multi-ource for new energy vehicle; Credible information interaction mechanim for the cooperative operation of new energy vehicle in multi-domain and multi-application-mode; Car-car coupling mechanim and optimization of coordinated operation of traffic ytem, in the cae of mixed traffic with connected and non-connected vehicle; Active and dynamic regulation of congeted area, cooperative optimization of traffic organization; Developing networked management and control platform of multi-mode urban traffic 3. Application of Mobility a a Service concept Key focue including: Solution for etablihing application for connecting unimodal ytem for multimodal one Solution focuing on conumer centric application for providing mooth and eamle tranportation experience uing multiple different tranportation method Solution helping to reduce congetion in big citie with intelligent / AI ytem proving true aving in energy, emiion and conumed time III. NUMBER OF PROJECTS TO BE FUND Around 10 project. IV. FUNDING AVAILABLE MoST i to provide in total 20M RMB for Chinee conortium partner. Company partner in a project are required to provide at leat the ame amount of funding to that of MoST grant. Buine Finland provide funding for Finnih companie only. Buine Finland funding i not fixed and depend on the number of qualified application. Normal Buine Finland funding principle are applied: Maximum funding percentage of the project cot for SME i generally 50 % grant or 70 % loan and for large companie 40 % grant or 50 % loan depending on the type of project. Project cot are not limited, but

6 mut be in line with the reource and target of the company. Typically project range from 100 k to 1 M. For more information, ee V. OTHER REQUIREMENTS 1) Project conortia mut include at leat one Finnih company and one Chinee partner. 2) Thi call encourage academia-indutry cooperation. Buine Finland only accept application from companie operating in Finland. Reearch organization and academia may act a ubcontractor. 3) Thi call encourage enterprie to participate, epecially joint application by multiple companie and reearch intitute; 4) China/Finland partner are aked to collaborate on the bai of complementarity, equality and mutual benefit. Both ide hould have balanced input and work package in a project; 5) China/Finland partner need to have a clear IPR agreement ready before applying; 6) In principle, the implementation period of the project hall not exceed 3 year. Peronnel exchange are encouraged within a project; 7) Chinee partner need to ubmit their application to MoST and Finnih companie to Buine Finland. Application ubmitted only to one ide are not regarded. Application mut include a joint project plan where the work of each conortium partner i clearly decribed. Finnih companie hould ubmit their application through the Buine Finland ubmiion ytem: (Huom! Hakuilmoitukea pyydetty viitetieto: Suomi-Kiina haku). Deadline for application i 10. December 2018.

7 Contact : For Chinee applicant: 1) M. Lin Xiyan linxy@ctec.org.cn Tel: ) Mr. Dai Qian, hz_ozc@mot.cn Tel For Finnih companie: 1) Sebatian Johanon ebatian.johanon@buinefinland.fi 2) Arto Mutikkaniemi arto.mutikkaniemi@buinefinland.fi