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Projects carried out by members of NFAS

⇒ 1.4 million EUR to autonomous transport in Møre og Romsdal

⇒ Online risk management and risk control for autonomous ships

⇒ MAMIME: World's first Maritime 5G communication project

⇒ Enable Autonomous Navigation in Close Proximity

⇒ Concept development autonomous passenger ferry Ballstad

⇒ Signing MoU between Smart Ship Coalition and NFAS

⇒ ASTAT - Autonomous Ship Transport at Trondheimsfjorden

⇒ Yara Birkeland

⇒ Milli-Ampere: Autonomous passenger ferry

⇒ Test area Trondheimsfjorden

⇒ Test area Grenland

⇒ NTNU AMOS - Centre of Excelent Research

⇒ MUNIN - Concept study for unmanned bulk ship

⇒ AAWA - The Advanced Autonomous Waterborne Applications

⇒ AUTOSEA - Sensor Fusion and collision avoidance for advanced ships

⇒ ENABLE*3 Shore based bridge concept

These pages will provide briefing on projects related to autonomous ships that NFAS members participate in. This applies to both completed and ongoing projects.

Map of Møre and Romsdal

1.4 million EUR to autonomous transport in Møre og Romsdal

The Ministry of Transport and Communications in Norway gives NOK 12.5 million to the county of "Møre og Romsdal" for the development of new autonomous passenger ferries and vessels The project will link sea and coast, will focus on maritime transport and universal design, will examine what opportunities autonomous vessels can provide, have contacts with relevant actors in academia as well as in business and is considered particularly innovative (June 2018). The project will start at the end of 2018.
Risks in autonomous ships

Online risk management and risk control for autonomous ships

The ORCAS project will develop novel technological solutions for online risk management and risk control of autonomous ships. Cutting-edge interdisciplinary research combining cybernetics and risk management aims to achieve high level of autonomy, intelligence and decision-making capabilities for autonomous ships. The goal is to enhance the realization of autonomous ships by developing safer and smarter automatic sailing systems and power and propulsion systems that are able to detect, perceive, verify, monitor, control and follow-up deviations and potential hazards. See here for more information (May 2018).
Radio antennas

MAMIME: World's first Maritime 5G communication project

LTE, WIFI and 5G Massive MIMO Communications in Maritime Propagation Environments (MAMIME), funded by Norwegian Research Council, 2016-2019, is the world's first 5G maritime communication research project. This project aims at developing optimized LTE and WIFI systems and researching dedicated 5G solutions for the maritime applications. The research is focused on land-to-boat and boat-to-boat communications, which is within Norwegian national interests. See film here (May 2018).
Ocean Drone Trondheim

Enable Autonomous Navigation in Close Proximity

KONGSBERG Coordinates EU-Funded Project to Enable Autonomous Navigation in Close Proximity. 'Hull to Hull' (H2H) established to develop digital twin technology combining GNSS with 3D modelling for navigation support and autonomy controller input. More information here (May 2018).
Ballstad autonomous ferry

Concept development autonomous passenger ferry Ballstad

The purpose of the project is to clarify the possibility of a ferry at Ballstad, based on future autonomous ship technology. The idea is to evaluate new technology and see if this may be a solution to resolve communications challenges in the area. See description here - in Norwegian (January 2018).
Signing ceremony

Signing MoU between Smart Ship Coalition and NFAS

At October 21st 2017, the governor of Michigan, Rick Snyder, and the general manager of NFAS, Ørnulf Jan Rødseth, signed a Memorandum of Understanding (MoU) for exchange of information and non-competitive cooperation on smart ship technology and autonomous ships. This is part of an international network of organisations working on unmanned ship technology that is under establishmbent. The "Smart Ship Coalition" covers organisations in the Great Lakes region both in USA and Canada. More information can be found in their December 2017 newsletter.
ASTAT Map

ASTAT - Autonomous Ship Transport at Trondheimsfjorden

ASTAT will examine possibilities for operating small and battery powered unmanned ship in the Trondheimsfjord area. This will mainly be as replacement for today's truck transport. The project will develop a high level design of teh ship and supporting equipment ashore. The design will in principle cover both bulk and break bulk transports. Kick-off was in May 2017 and the project will run for two years. More information at astat.autonomous-ship.org.
Yara Birkeland

Yara Birkeland

The vessel Yara Birkeland will be the world's first fully electric and autonomous container ship, with zero emissions. With this vessel, Yara will reduce diesel-powered truck haulage by 40,000 journeys a year. Operation is planned to start in the latter half of 2018, shipping products from Yara's Porsgrunn production plant to Brevik and Larvik in Norway. Birkeland will initially operate as a manned vessel, moving to remoteYara operation in 2019 and expected to be capable of performing fully autonomous operations from 2020. The new zero-emission vessel will be a game-changer for global maritime transport contributing to meet the UN sustainability goals. More information can be found at Yara's web pages.
Milli-Ampere

Milli-Ampere: Autonomous passenger ferry

Milli-Ampere is a small autonomous and unmanned passenger ferry that is intended for sue in teh port area of Trondheim. It is an on-demand ferry that is proposed as an alternative to a bridge that would otherwise hinder boat traffic in the area. NTNU is leading the development work. See NRK Trondelag (in Norwegian) for more information.
Test area Trondheim

Test area Trondheimsfjorden

Through an agreement between national authorities and the industry and research organizations in the Trondheim region, a partnership has been established to develop Trondheimsfjorden into a test area for autonomous vessels. The agreement was signed aboard the research vessel Gunnerus 30th September 2016. The purpose of the agreement is to facilitate the testing of fully or partly unmanned vessels and to exchange experience and data to facilitate the development and use of such vehicles. More information in English can be found, among other sites, on the Maritime Administration's web site.
Grenland test area

Test area Grenland

In May 2017, the port authorities in the Grenland area applied for test-area status. This area has much more traffic than Trondheim and will in particular be useful to test more developed concepts in heavy traffic environments. The area also includes an VTS which will further add to the usefulness as a test-area. There is also significant maritime industry and research going on in the area and they will get test facilities much closer to home.
NTNU AMOS

NTNU AMOS - Centre of Excelent Research

NTNU AMOS is a centre of excellence which is led by the NTNU in Trondheim. It has a wide range of partners, many members also of NFAS, and is supported by the Norwegian Research Council. AMOS stands for "Centre for Autonomous Marine Operations and Systems". Here, the future technology is developed while new researchers get their specialization in the subject. AMOS covers all forms of autonomy, on land, in the air, at sea and under the sea. More information is available at the NTNU web pages.
MUNIN

MUNIN - Concept study for unmanned bulk ship

MUNIN was an EU project that ran from summer 2012 to summer 2015. The purpose was to do a concept study for a completely unmanned Handymax bulk carrier. The project came right at the start of the great interest that autonomous ship later created, and has published a number of articles and open reports. MARINTEK (now SINTEF Ocean) was technical coordinator of MUNIN. More information is available at http://www.unmanned-ship.org/munin/.
AAWA

AAWA - The Advanced Autonomous Waterborne Applications

The AAWA project was started by Rolls Royce to develop specifications and possible designs for the next generation completely or partially autonomous ships. A press release from Rolls Royce can be found here along with links to a "white paper" and illustrations.
AUTOSEA

AUTOSEA - Sensor Fusion and collision avoidance for advanced ships

AUTOSEA is a collaboration between NTNU, Kongsberg Maritime, DNV GL and Maritime Robotics to develop technology and knowledge for automated situational awareness for ships. The purpose is as much to improve sensors and decision support aboard conventional ships as to develop new systems for autonomous vessel. Description of the concept can be found on Kongsberg's web-pages and at NTNU.
ENABLE*3

ENABLE*3 Shore based bridge concept

NAVTOR is the only Norwegian industrial partner in the ENABLE*3 project and is owner of the maritime demonstrator. This demonstrator will explore new, advanced simulation and testing opportunities in the maritime industry through close dialogue and cooperation with partners from the automotive industry in Europe. Methods, processes, references and virtual test benches utilized in the automotive industry are to be adapted to the maritime sector, and the results will be demonstrated and evaluated. Focus will be on knowledge transfer from especially the automotive industry: Early, systematic simulation, testing and validation. This also means looking at the possibility of new types of approval procedures for navigation systems based on scenario simulation adapted from the automotive industry. More information can be found on http://www.enable-s3.eu/



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Last updated 2018-10-18 by Ø.J.Rødseth @ SINTEF Ocean