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VTS/FOC/CSS systems engineering approach to system's architecture

VTS/FOC/CSS systems engineering approach to system's architecture

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The appendix describes a decomposition of a system into hardware component items and computer software component items based on the author's on-field experience in the concept, realization and delivery of vessel traffic service (VTS) and coastal surveillance systems (CSS) in different countries.

Chapter Contents:

  • A.1 Command and control (C2) subsystem
  • A.1.1 The POINT
  • A.1.1.1 The authorization procedures and start-up of the POINT console presentation
  • A.1.2 Central main server (CMS) subsystem
  • A.1.3 Database subsystem (DBS)
  • A.1.4 Central Archive Server
  • A.1.5 Global Positioning System
  • A.1.6 Output devices (ODVs) (video walls, projectors, printers)
  • A.2 Radar subsystem
  • A.2.1 Radar sensor
  • A.2.2 Radar head processor
  • A.2.2.1 Generation of digital video
  • A.2.2.2 Plot extraction
  • A.3 Electro-optic subsystem
  • A.3.1 Video remote-control server
  • A.3.2 Pan/tilt head
  • A.3.3 IR camera
  • A.3.4 LLLTV camera
  • A.3.5 Digital video recorder
  • A.4 Radio subsystem
  • A.4.1 Instructor station
  • A.4.2 Radar simulator
  • A.4.3 Training operator console
  • A.4.4 Training CMS
  • A.5 Simulation and training subsystem
  • A.6 Site security subsystem (ACS)
  • A.7 Perimetric subsystem
  • A.8 Power supply subsystem

Inspec keywords: marine systems; traffic engineering computing; surveillance; computerised monitoring; systems engineering

Other keywords: VTS/FOC/CSS systems engineering; hardware component items; coastal surveillance systems; vessel traffic service; system architecture; computer software component items

Subjects: Computerised instrumentation; Traffic engineering computing; Control engineering computing

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