Sensors and Systems
Breaking News
The Release of UgCS 5.0 is Setting New Standards in Drone Flight Planning
Rating12345The most significant release of UgCS, the best and...
ModalAIⓇ Launches Next Generation Starling 2 and Starling 2 Max NDAA-Compliant Development Drones
Rating12345SAN DIEGO – ModalAI, Inc. today announced Starling 2...
Draganfly, Doodle Labs, and UXV Technologies Collaborate to Enhance UAV Communication Solutions
Rating12345Innovative Collaboration Between Draganfly, Doodle Labs, and UXV Technologies...

October 5th, 2007
Investigation of the channel capacity of seafloor maps with coloured depth intervals

  • Rating12345

What are the optimum number of contour levels in a sea floor map with coloured depth intervals? This question is answered in terms of information theory. Information theory computes the channel capacity of an information source as the di.erence between the map entropy and the degree of misinterpretations (equivocation). In order to get the parameters needed for the entropy and equivocation computations, an experiment was carried out.

From a digital sea.oor model a series of maps were constructed. The topography of the sea.oor was visualized as coloured depth intervals, and twenty two subjects participated in a perception study. From the experiment the channel capacity of the sea.oor maps was found to be seven or eight classes, dependent on whether a smoothed or the original entropy graph is selected. The cartographic relevance of the channel capacity is discussed.

 (Download 2007)(13 pages, 120KB PDF)

Leave a Reply

Your email address will not be published. Required fields are marked *