Proposal for a real time automated close coastal and harbor navigation system.

This thesis is a proposal for an automated, real time navigation system which will be used in a close coastal and harbor navigation environment. Special consideration was given to designing the system in such a manner that the present system of navigation would be retained - no personnel would be ei...

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Main Author: Grabski, Timothy Martin
Other Authors: NA
Language:en_US
Published: Monterey, California. Naval Postgraduate School 2012
Online Access:http://hdl.handle.net/10945/18249
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spelling ndltd-nps.edu-oai-calhoun.nps.edu-10945-182492014-11-27T16:12:38Z Proposal for a real time automated close coastal and harbor navigation system. Grabski, Timothy Martin NA NA NA NA NA This thesis is a proposal for an automated, real time navigation system which will be used in a close coastal and harbor navigation environment. Special consideration was given to designing the system in such a manner that the present system of navigation would be retained - no personnel would be either added or removed from the ship's complement, all logs and records would be retained in their current form, and the piloting routine would not be changed. When the system is functioning as designed, real time navigational data will be generated which will be verified by the slower manual plotting method. Should mechanical failure occur, the manual plot already being maintained will take over. The system design calls for installation of a commercially available desk-top microcomputer with CRT display devices located in remote locations for dissemination of data. The cost of the complete system is less than $4000, and repair is effected by replacement of modules drawn from onboard spares. Considerable flexibility is retained for later changes and additions to the system should such be desirable. (Author) 2012-11-16T19:16:32Z 2012-11-16T19:16:32Z 1977 Thesis http://hdl.handle.net/10945/18249 ocm4317631 en_US Monterey, California. Naval Postgraduate School
collection NDLTD
language en_US
sources NDLTD
description This thesis is a proposal for an automated, real time navigation system which will be used in a close coastal and harbor navigation environment. Special consideration was given to designing the system in such a manner that the present system of navigation would be retained - no personnel would be either added or removed from the ship's complement, all logs and records would be retained in their current form, and the piloting routine would not be changed. When the system is functioning as designed, real time navigational data will be generated which will be verified by the slower manual plotting method. Should mechanical failure occur, the manual plot already being maintained will take over. The system design calls for installation of a commercially available desk-top microcomputer with CRT display devices located in remote locations for dissemination of data. The cost of the complete system is less than $4000, and repair is effected by replacement of modules drawn from onboard spares. Considerable flexibility is retained for later changes and additions to the system should such be desirable. (Author)
author2 NA
author_facet NA
Grabski, Timothy Martin
author Grabski, Timothy Martin
spellingShingle Grabski, Timothy Martin
Proposal for a real time automated close coastal and harbor navigation system.
author_sort Grabski, Timothy Martin
title Proposal for a real time automated close coastal and harbor navigation system.
title_short Proposal for a real time automated close coastal and harbor navigation system.
title_full Proposal for a real time automated close coastal and harbor navigation system.
title_fullStr Proposal for a real time automated close coastal and harbor navigation system.
title_full_unstemmed Proposal for a real time automated close coastal and harbor navigation system.
title_sort proposal for a real time automated close coastal and harbor navigation system.
publisher Monterey, California. Naval Postgraduate School
publishDate 2012
url http://hdl.handle.net/10945/18249
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