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Currently	
  the	
  fleet	
  management	
  
solu1ons	
  are	
  focused	
  on	
  ships’	
  tracking	
  
and,	
  generally,	
  do	
  not	
  acquire	
  
«shipboard	
  data»…	
  
…	
  but	
  several	
  «shipboard	
  data»	
  can	
  be	
  
useful	
  to	
  evaluate	
  and	
  improve	
  the	
  safety	
  
of	
  naviga1on	
  and	
  are	
  valuables	
  in	
  a	
  
scenario	
  of	
  Integrated	
  Fleet	
  Management	
  
System.	
  
2. Introduction of The PARK Model
The Potential Assessment of Risk model (PARK model)
Internal elements External elements
1. Type of ship 8. Crossing situation
2. Tonnages 9. Approaching side
3. Length 10. Inside/Outside harbor
4. Width 11. Speed correlation
5. Career 12. Speed difference
6. License 13. Distance
7. Position
1. Elements affect to marine traffic safety of a ship
Integrate «shipboard data» in a fleet management platform, able/allowed to
acquire the public AIS (Terrestrial and Satellite) information.
The platform can evolve in a tool for:
•  Near Real TimeVessel Tracking (more data with high frequency)
•  Vessel Situation Awareness
•  Early Warning Alerting Systems
•  Safe Navigation Improvement
!
All fleet data available in a web/
mobile application.
Not only fleet tracking, but
fleet management
(in/out dangerous areas, fleet
report, consumption
management)
Data Center
•  Remote viewing and
recording of the
shipboard AIS.
•  Transmission activable
"on demand” or based
on «Geographic
Position", when the
vessel is in defined
areas (ports / canals)
The AIS becomes an
element of the strategy
of fleet management
•  There are opportunities to use AIS data to provide additional
information to improve the safe navigation.
•  PARK Model (Potential Assessment of Risk Model) uses the AIS
to analyze and evaluate the risk of collision between two ships
with an advanced algorithm.
Data Center
The data of collision risk level of each ship are transmitted via satellite to
Fleet Management Service Center.
Through the Fleet Management Interface, the operator has the possibility
to display the risk of collision level for each ship or only for those with
risk levels beyond a specific threshold (collision alarms).
•  Shipboard information on the collision risk level
become available on captain and officers smartdevices,
(smartphone and tablet) connected (via WiFi) to the
on-board gateway.
•  An audible alarm, connected to on-board gateway, is
activated if the risk level exceeds a certain threshold.
•  The application on mobile device alert the captain and/
or the officers on the turnaround of ships in a certain
range of coverage (the range of coverage is a function
of the size of the vessel and its speed).
Contact	
  	
  
Out	
  
	
  
•  Risk Collision Level as an overlay of ECDIS
•  BNWAS may be activated (and generate the audible
alarm on the three stages in cascade) if the Collision
Risk level exceeds a certain threshold
•  All Collision Risk Alarms may be recorded inVDR
Master could exchange route in real time having
all relevant information available on his mobile
device
Question & Answer
Open Discussion
GaetanoVolpe
Gaetano.volpe@sirmspa.it
Thank	
  you	
  for	
  technical	
  support	
  to	
  	
  
Youngsoo	
  PARK,	
  Associate	
  Professor	
  at	
  Korea	
  Mari1me	
  and	
  Ocean	
  University	
  	
  	
  	
  
Jinsoo	
  PARK,	
  Professor	
  at	
  Korea	
  Mari1me	
  and	
  Ocean	
  University	
  /	
  Head	
  of	
  GLOMET	
  
Sangwon	
  PARK,	
  Researcher	
  at	
  Korea	
  Mari1me	
  and	
  Ocean	
  University	
  
THANKYOU FOR
ATTENTION

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Sirm15 A new concept of Fleet Management System

  • 1.
  • 2. Currently  the  fleet  management   solu1ons  are  focused  on  ships’  tracking   and,  generally,  do  not  acquire   «shipboard  data»…   …  but  several  «shipboard  data»  can  be   useful  to  evaluate  and  improve  the  safety   of  naviga1on  and  are  valuables  in  a   scenario  of  Integrated  Fleet  Management   System.  
  • 3. 2. Introduction of The PARK Model The Potential Assessment of Risk model (PARK model) Internal elements External elements 1. Type of ship 8. Crossing situation 2. Tonnages 9. Approaching side 3. Length 10. Inside/Outside harbor 4. Width 11. Speed correlation 5. Career 12. Speed difference 6. License 13. Distance 7. Position 1. Elements affect to marine traffic safety of a ship Integrate «shipboard data» in a fleet management platform, able/allowed to acquire the public AIS (Terrestrial and Satellite) information. The platform can evolve in a tool for: •  Near Real TimeVessel Tracking (more data with high frequency) •  Vessel Situation Awareness •  Early Warning Alerting Systems •  Safe Navigation Improvement
  • 4. ! All fleet data available in a web/ mobile application. Not only fleet tracking, but fleet management (in/out dangerous areas, fleet report, consumption management)
  • 5. Data Center •  Remote viewing and recording of the shipboard AIS. •  Transmission activable "on demand” or based on «Geographic Position", when the vessel is in defined areas (ports / canals) The AIS becomes an element of the strategy of fleet management
  • 6. •  There are opportunities to use AIS data to provide additional information to improve the safe navigation. •  PARK Model (Potential Assessment of Risk Model) uses the AIS to analyze and evaluate the risk of collision between two ships with an advanced algorithm.
  • 7. Data Center The data of collision risk level of each ship are transmitted via satellite to Fleet Management Service Center. Through the Fleet Management Interface, the operator has the possibility to display the risk of collision level for each ship or only for those with risk levels beyond a specific threshold (collision alarms).
  • 8.
  • 9.
  • 10. •  Shipboard information on the collision risk level become available on captain and officers smartdevices, (smartphone and tablet) connected (via WiFi) to the on-board gateway. •  An audible alarm, connected to on-board gateway, is activated if the risk level exceeds a certain threshold. •  The application on mobile device alert the captain and/ or the officers on the turnaround of ships in a certain range of coverage (the range of coverage is a function of the size of the vessel and its speed).
  • 12. •  Risk Collision Level as an overlay of ECDIS •  BNWAS may be activated (and generate the audible alarm on the three stages in cascade) if the Collision Risk level exceeds a certain threshold •  All Collision Risk Alarms may be recorded inVDR Master could exchange route in real time having all relevant information available on his mobile device
  • 14. GaetanoVolpe Gaetano.volpe@sirmspa.it Thank  you  for  technical  support  to     Youngsoo  PARK,  Associate  Professor  at  Korea  Mari1me  and  Ocean  University         Jinsoo  PARK,  Professor  at  Korea  Mari1me  and  Ocean  University  /  Head  of  GLOMET   Sangwon  PARK,  Researcher  at  Korea  Mari1me  and  Ocean  University   THANKYOU FOR ATTENTION