Sentence examples for navigation I from inspiring English sources

Children's (a) navigation (i.e., reading time and navigation pattern) and (b) learning (i.e., multiple choice knowledge questions and mind maps) was measured.

This paper addresses the question of self-localisation in autonomous mobile robot navigation, i.e., the task of indentifying places after previous exploration and map building by the robot.

The step-wise inertial navigation, i.e., Algorithm 1 apart from line 19, can be implemented locally in the foot-mounted units, and thereby, only [d p ℓ, d ψ ℓ ] and related covariances need to be transmitted from the feet.

Based on animal studies and neuroimaging data from humans, the initial phase of navigation, i.e., self-localization, target localization and path planning, should depend on the anterior MTL independent of upcoming navigational demands, whereas posterior MTL should be active throughout navigation.

There is evidence that animals utilize local anomalities of Earth's magnetic field not just for orientation detection but also for true navigation, i.e., some animals are not only able to detect the direction of Earth's magnetic field (compass heading), they are able to derive positional information from local cues arising from the local anomalities of Earth's magnetic field.

The most available function reported was highlighting of identifiers in the code (57 respondents, 41%), followed by rename functionality (45 respondents, 32%), navigation (i.e. "jumping" between occurrences) (38 respondents, 27%) and the marking of errors in cross-language links with the lowest number of respondents (35, 25%).

Finally, under these results the possibilities of using appropriate navigation strategies (i.e. voyage planning, and draft and trim optimization) especially in the designated ECAs to reduce exhaust emissions (i.e. CO2, SOx and NOx) are also discussed.

Configuration control utilizing three navigation variables (i.e., the distance to the goal point and two split angles of the orientation error) is designed.

Based on the candidate architectures obtained before, a detailed analysis of the simplified libration point satellite navigation system, i.e. the Earth Moon L1,2 two-satellite constellation, is conducted in this work.

We evaluated the effectiveness of our technique by conducting three sets of comparative studies on measuring the performance of four techniques under various mobile navigation scenarios, i.e., various combinations of the identified factors.

We propose a formalisation of navigation behaviours, i.e. flexibility maps, based on the link that exists between the theory of statics and kinematics of mechanical structures on the one hand, and landmark based navigation of mobile robots on the other hand.