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SAMMON - New Generation of Maritime Prediction Technology

SAMMON - New Generation of Maritime Prediction Technology

SAMMON is a Simulation Augmented Manoeuvring Design & Monitoring System consisting of various modules for Manoeuvre Monitoring, Trial, Training as well as Manoeuvring Design & Planning.

  • SAMMON - New Generation of Maritime Prediction Technology
  • How does SAMMON work?
  • Effective Lecturing
  • Innovative Briefing for simulator exercises
  • Advanced Use
  • All Pages
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Advanced support for Exercise execution / Run: 

There are several ways to support the execution with the Monitoring Tool
depending on the degree on what the trainee is allowed to use
the new manoeuvring prediction technology during the exercise run.

The multiple dynamic prediction gives the student a better understanding of his potential options, allowing him to execute high quality manoeuvres.

On an advanced level the trainees can make full use of the dynamic prediction and the prepared manoeuvring plan as underlying concept to achieve the best fit with the plan and the exercise result. The full use of the prediction is increasing safety & effectiveness even for advanced trainees.

Execution of exercises with multiple prediction supported by FTS shows in the Monitoring Tool the real quality of the trainees’ activities with a wider time and consequences horizon.

The Instructor gets a better insight as though looking through a spyglass enlarging the trainees’ activities and their consequences for success in manoeuvring. If the trainee is at risk to fail it can be clearly seen and the decision can be made easier to stop the exercise by the instructor and explained to the trainee, moreover: better alternatives can be shown right afterwards by the FTS

Comfortable Debriefing with various innovative options 

The fast time simulation tools allow for an in-depth assessment of quality of the manoeuvring results:

Comparisons, e.g. of the trainees berth plan and the real results of exercise

Discussion of alternatives at any selected time point and exercise conditions, e.g. the replay might be stopped at a critical situation and the bridge handles can be used to demonstrate and discuss alternative manoeuvring measures

Recordings with more than 2000 parameters from exercise to trace back and analyse any parameter of the exercise  - the time history of the trainees action can be shown graphically e.g. for rudder, thruster and engine activities and analysed in more in detail within the SIMDAT tool

Replay with continuous multiple prediction of full manoeuvring track is possible even in fast motion replay and allows for an overall impression of the trainees steering success

Assessment of results by comparison with trainees own concept can be shown 

in the replay function of the Ship Handling Simulator or the in-built recording in the Monitoring Tool: the full exercise can be replayed while using the Multiple Prediction functionality (also possible for real ships’ VRD recordings)

Discussion of alternative manoeuvres at specific selected situations can be supported by loading any specific situation during the exercise and operate the manoeuvring handles differently using

the Design & Planning tool and steering on laptop handle panel or 

the Monitoring tool steering real handles on the simulator bridge

For instructors (and peer students) Multiple dynamic predictions are always a great help because the chances for success of a trainee’s action can immediately be seen or the exercise could be stopped earlier if it is obvious that the trainee will fail.

 

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SAMMON - Prediction Technology

SAMMON is based on prediction Technology using a Fast Time Manoeuring Simulation kernel for simulating up to 15 minutes of real time in 1 second.

SAMMON - Effective Lecturing and Training

Effective Teaching and Learning of ship manoeuvring processes.

SAMMON - Planning Manoeuvring Strategies

Planning of manoeuvring strategies with a variety of ships under different environmental conditions.

SAMMON - Onboard Ships

FTS on real time situation onboard ships with advanced prediction.

SAMMON - Port Risk Assessment

Port Risk Assessment - Analyse of manoeuvring strategies for various ports.

SAMMON - Usage & Examples

SAMMON - Example Planning

SAMMON - Example Planning

SAMMON - Example Training

SAMMON - Example Training

SAMMON Principle Teaching

SAMMON Principle Teaching

SAMMON Usage

SAMMON Usage

SAMMON Usage

SAMMON Usage

  • SAMMON - Example Planning
  • SAMMON - Example Training
  • SAMMON Principle Teaching
  • SAMMON Usage
  • SAMMON Usage
  • SAMMON - Example Planning

  • SAMMON - Example Training

  • SAMMON Principle Teaching

  • SAMMON Usage

    awdAWD und alles und so
  • SAMMON Usage

  • SAMMON - Example Planning
  • SAMMON - Example Training
  • SAMMON Principle Teaching
  • SAMMON Usage
  • SAMMON Usage

System Requirements - SAMMON

Minimum system requirements for installation and execution of the SAMMON software

  • PC with 2-GHz-Prozessor
  • 4 GB main memory
  • Operating Systems:
    • Microsoft Windows 7 (32- and 64-bit)
    • Microsoft Windows 8 or 8.1 (32- and 64-bit)
  • Required disk space for complete installation 150,0 MB
  • CD-ROM-Drive (for installation procedure only)
  • Display - Minimum resolution of 1920x1080 pixels, Full-HD
  • Installed Web-Bowser (Internet Explorer, Firefox) to use the Help program
  • Adobe Acrobat Reader to read the SAMMON-Manuals.pdf

Downloads - SAMMON

Filename Size
An Adobe Acrobat file SAMMON Planning 1.4_vers2-9.pdf 2.24 MB
An Adobe Acrobat file SAMMON_ShortDescription_website_20160301.pdf 1.13 MB
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