'navigational knowledge' is a correct and usable term in written English.
It is used to refer to an individual's possession of the skills, information, or abilities necessary for navigating, or moving through, a particular environment. For example: "Climbing the mountain require a great deal of navigational knowledge and physical strength."
There is certainly some evidence that complex navigational knowledge from ancient times has indeed been passed down, orally, from one generation to the next.
In the late 1960s, Mau attempted to verify his navigational knowledge of the wider Pacific by working as a seaman on an inter-island ship run by the Trust Territory of the Pacific Islands.
With the help of Mau's navigational knowledge guiding Hōkūle'a, the Polynesian Voyaging Society demonstrated that intentional voyaging was not only possible, but that the ancestors of the Polynesians could have settled the Pacific on similar voyages using non-instrument wayfinding techniques such as Mau's.
He long ago memorized where the navigational buoys are -- knowledge that helps when, as was the case yesterday, he cannot see them for the early-morning fog.
His supreme accomplishment was the discovery and crossing of the South American strait that bears his name a major navigational task, considering the knowledge of the period.
This study examined the contribution of self-reported Internet operational and navigational skills, previous domain knowledge, and working memory capacity, to the comprehension of scientific texts embedded as lessons in an e-learning course, taken remotely by college aged students.
Yet, we know little about how individual differences variables such as spatial ability and prior knowledge of the navigational space contribute to the success of human robot interactions.
Pedometer dead-reckoning (PDR) techniques provide a more general solution by not requiring any prior modification or knowledge of the navigational environment.
Combine these cameras with faster processors and machine-learning algorithms, and it's now possible to create function-specific robots pre-loaded with gesture recognition, knowledge of common navigational challenges and cultural behaviors (not getting onto a crowded elevator, for example) and the ability to routinely update that understanding.
Combine these cameras with faster processors and machine-learning algorithms, and it's now possible to create function-specific robots pre-loaded with gesture recognition, knowledge of common navigational challenges and cultural behaviors (not getting onto a crowded elevator, for example) and the ability to routinely update that understanding.
Given that making sense of digital text entails navigation, coherence of the navigational path (whereas aided by interface design or guided by semantic knowledge) helps to build an integrated mental model of the content (Amadieu & Salmerón, 2014; Coiro, 2011b; Leu et al., 2014; Salmeron, Kintsch, & Cañas, 2006).
