The first international business mission in the MARINET history has been succesfully completed with signing of four agreements and more than 10 MoI. MARINET projects to be placed in CTEX (China technology exchange), MARINET participants have estableshed direct links with Chinese partners while MARINET will continue active development of international cooperation and promotion in China and in other countries.
Annual forum Open Innovations will take place on October 16-18, 2017 in Moscow, Skolkovo Technopark. The forum’s main goal is the development and commercialization of new technologies, the popularization of world technology brands and the creation of new tools for international cooperation in the field of innovation.
A Number of MARINET projects will be presented at the RVC stand within the NTI exhibition.
International Conference on Marine Robotics in Ocean Exploration will take place on 9-11 October 2017 in St Petersburg State Marine Technical University with support of Science and Technology Society of Russian Shipbuilders named by A. Krylov.
http://marinerobotics2017.smtu.ru/index_en.html
Address: Russia, 190121, St Petersburg, Lotsmanskaya Street 3.
Please contact Professor Kirill Rozdestvenskiy
Tel/fax: +7 812 714 2923 Mob: +7 931 298 3421
Email: kvrxmas@yahoo.com and marinerobotics2017@corp.smtu.ru
MARINET will present its projects at 14th International Exhibition and Conference NEVA-2017 in St Petersburg, Russia at 19-22 September 2017.
At the MARINET stand and at the conference scheduled for 20 September, 12:00 Conference Hall G22-G24, you will be able to see a number of the cutting-edge solutions for the maritime industry presented by 20 companies: high-speed transport, underwater robotics, solutions for e-Navigation, new energy, underwater exploration and communications and ship equipment. (more…)
Anthropomorphic maritime robotic system provides the interaction of the underwater, surface and air unmanned vehicles (groups of vehicles). Intellectual information management system (IMS) allows to significantly simplify and automate the control of the robots. (more…)
Complex maritime robotic system provides the interaction of the underwater, surface and air unmanned vehicles (groups of vehicles). Intellectual information management system (IMS) allows to significantly simplify and automate the control of the robots. With the IMS an operator can develop a task (mission), test it, program the functioning of each robot, monitor the process execution and the technical condition of the elements of the complex robotic system, collect and process the incoming information, quickly correct the actions or change the mission completely. (more…)
The creation of remote energy sources is a resource-intensive and complex task. There are important questions of necessity to provide long-term operation, reliability and absence of vibrations are sharply raised. Often, such energy sources are discarded in favor of simpler alternatives because of the increased cost of generated energy. But, thanks to the rapid development of semiconductor technologies and an increase in the efficiency of thermoelectric processes, new opportunities have appeared to increase the efficiency of remote systems.
The goal of the project is to create a reliable source of energy for remote marine infrastructure facilities and marine autonomous underwater vehicles. This project implements an innovative device approach of a remote electric power source. Reliability, safety, environmental cleanliness in combination with compact dimensions and high efficiency are ensured. (more…)
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