Model
Digital Document
Publisher
Florida Atlantic University
Description
This thesis presents the development of a microprocessor based
navigational system. The integrated system is capable of determining
depth to the bottom, distance to the surface, and velocity
of a deep towed submersible. The system also alerts the user to
any reduction to forward safe distance limit. A discussion of
the hardware used to gather the data is presented. Software
development is discussed in great detail. The system utilizes
the Sixty Five Hundred microprocessor family. Advantages include
cost effectiveness and application versatility.
navigational system. The integrated system is capable of determining
depth to the bottom, distance to the surface, and velocity
of a deep towed submersible. The system also alerts the user to
any reduction to forward safe distance limit. A discussion of
the hardware used to gather the data is presented. Software
development is discussed in great detail. The system utilizes
the Sixty Five Hundred microprocessor family. Advantages include
cost effectiveness and application versatility.
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