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A powerfull
maritime testbedProviding a generic, open communication and service platform,
eMIR connects industry strengths in surveillance and control technology
to a smart demonstration platform. Furthermore, it allows research for
better understanding of maritime systems and offers a powerful virtual
and physical testbed for system/component development,verification
and validation. Polymorphic, adoptable interfaces guarantee a fast
configuration of demonstration environments and testbeds.
WHAT WE DO...
We offer a variety of services to our clients including
ECDIS + VTS-Systems
Virtual ECDIS and Vessel Traffic Services (VTS-) Systems environments
Bridge Simulation
Bridge Simulation for HMI experiments with 3 interconnected full mission simulators with ship dynamics for Electronic Chart Display and Information System (ECDIS) experiments
Maritime Traffic Simulation
Maritime Traffic Simulation to generate traffic situation and situational basis for sensor data generation.
Dynamic simulation
Multibody and hydrodynamic simulation
Mobile ECDIS and VTS Verification and Validation Environments
Mobile ECDIS and VTS Verification and Validation Environments
Research Boats
Research platform (Research Boats) with standard sensors.
Reference Waterway
Reference Waterway with traffic surveillance sensors and communication environment.
Sensoric
Modular sensor technology on board and ashore configurable data bus
Near Collision Database
Knowledge basis for risk analysis, ground truth for verification and validation.
Scenario Database
Scenario Database for scenario bases verification and validation.
High-precision maps
Data basis for the presentation of high-precision nautical charts.
17
Research Projects
> 3
Years Of Real Sensor Data
56
Scientific Publications
2
Research Vessels
OUR CURRENT PROJECTS...
We are working on these projects right now
The aim of the project is to develop a ship-independent assistance system "SmartKai" installed at the port. On the basis of a novel, locally distributed and laser-based sensor system, the assistance system will be used to develop a consistent situation picture for different target groups in a prototypical way in order to avoid accidents and damage to the port infrastructure and to directly identify the causers.
IntelliMar's overall goal is to improve the existing capabilities of automated anomaly detection, processing and perception in the North Sea and Baltic Sea area by 20%. For this purpose, subordinate tasks and objectives were formulated which, through new methods and technologies, enable improvements in the three sub-areas of intelligent data analysis, task-oriented information distribution as well as display and operating concepts.
The objective of EASE is to make the most complex and critical steps in the investigation of incidents at sea more efficient and provide optimal support through adequate assistance and automation.
A overview of all eMir-Projects
Use our skills to improve your business!
From simulation, design and prototyping to production and classification, we cover it all.
GET IN TOUCH...
To arrange a consultation or workshop, send us a message.
OUR ROADMAP...
Industrial Technology Roadmap for Maritime Safety and Highly Automated Systems
Digitalization is going to change our way to operate, navigate, communicate and control maritime systems. Digitalization fosters disruptive innovations, which lead to new thinking, products and finally business models. Opportunities for the maritime industry are countless. Global competition is fierce but full of chances.Four lead applications are identified by systematically analyzing the current position of the industry and by reviewing the actual normative background in joined workshops with the industry. The applications are detailed and discussed with respect to other global activities, relevant technologies and research activities.