It is well accepted that medium to long range navigation requires the use of an external directional reference i.e. a compass. Cheung et al (2007) recently demonstrated through theory and simulation the quantitative significance of the compass. It was shown that navigating agents using and not using a compass could be differentiated on the basis of the population behaviour. In the current work, theory and simulation results will be presented on ways to characterize individual paths on the basis of whether the system was using an external directional reference. Thus it is demonstrated that important information concerning the neural input used by a navigating animal may be inferred probabilistically from its behaviour
From insects to humans, successful navigation relies on retained representations of spatial relation...
According to comprehensive theories of navigation, animals navigate by using two complementary strat...
Despite its relevance for navigation surprisingly little is known about how goal direction bearings ...
In principle, there are two kinds of strategies for navigating a straight course. One is to orient b...
In principle, there are two strategies for navigating a straight course. One is to use an external d...
Animals depend on navigation to find food, water, mate(s), shelter, etc. Different species use diver...
It is often assumed that travel direction is redundant with head direction, but from first principle...
Head direction (HD) cells have frequently been regarded as an internal “compass ” that can be used f...
It is often assumed that navigation implies the use, by animals, of landmarks indicating the locatio...
The head direction (HD) system in mammals contains neurons that fire to represent the direction the ...
ABSTRACT—Since the discovery of head-direction cells in nonhuman mammals, we have learned a great de...
The ability to locomote is a defining characteristic of all animals. Yet, all but the most trivial f...
The ability to locomote is a defining characteristic of all animals. Yet, all but the most trivial f...
SummaryHumans and monkeys use both vestibular and visual motion (optic flow) cues to discriminate th...
Path integration, the ability to maintain a representation of location and direction on the basis of...
From insects to humans, successful navigation relies on retained representations of spatial relation...
According to comprehensive theories of navigation, animals navigate by using two complementary strat...
Despite its relevance for navigation surprisingly little is known about how goal direction bearings ...
In principle, there are two kinds of strategies for navigating a straight course. One is to orient b...
In principle, there are two strategies for navigating a straight course. One is to use an external d...
Animals depend on navigation to find food, water, mate(s), shelter, etc. Different species use diver...
It is often assumed that travel direction is redundant with head direction, but from first principle...
Head direction (HD) cells have frequently been regarded as an internal “compass ” that can be used f...
It is often assumed that navigation implies the use, by animals, of landmarks indicating the locatio...
The head direction (HD) system in mammals contains neurons that fire to represent the direction the ...
ABSTRACT—Since the discovery of head-direction cells in nonhuman mammals, we have learned a great de...
The ability to locomote is a defining characteristic of all animals. Yet, all but the most trivial f...
The ability to locomote is a defining characteristic of all animals. Yet, all but the most trivial f...
SummaryHumans and monkeys use both vestibular and visual motion (optic flow) cues to discriminate th...
Path integration, the ability to maintain a representation of location and direction on the basis of...
From insects to humans, successful navigation relies on retained representations of spatial relation...
According to comprehensive theories of navigation, animals navigate by using two complementary strat...
Despite its relevance for navigation surprisingly little is known about how goal direction bearings ...