The phrase "absolute orientations" is correct and usable in written English.
It can be used in contexts related to navigation, geometry, or any field where precise positioning or direction is discussed.
Example: "In the study of celestial navigation, understanding absolute orientations is crucial for accurate positioning."
Alternatives: "definitive orientations" or "exact orientations".
The N-terminal regions of bovine subunits e, f, g, DAPIT and 6.8PL are on the same side of the membrane, and their C-terminal regions are on the opposite side [ 26, 27], and, although their absolute orientations have not been determined experimentally, it is likely that they are oriented like their yeast counterparts.
As the baseline is known, the relative and absolute orientations can be accomplished simultaneously.
The movement records from the DTAG allowed a similar appraisal of dorsal and ventral up orientation defined as within 45° of these absolute orientations.
In remote sensing images, the absolute orientation of objects is arbitrary.
This paper presents the application of two nonlinear observers in order to estimate the absolute orientation angle of a quadruped walking robot.
When an absolute orientation sensor is incorporated, the error growth can be reduced to a linear function of the distance traveled.
The central idea of the proposed algorithm is to solve the pose estimation problem with fast speed, high accuracy and noise-resistance by designing an improved orthogonal iteration algorithm with optimized absolute orientation solution.
Tomographic reconstructions of ice-embedded isolated grana stacks enabled to resolve features of photosystem II (PSII) in the native membrane and to assign the absolute orientation of individual membranes of granal thylakoid discs.
The simulations show a similar pattern for the absolute orientation changes but they fail to predict the fine details of the patterning of the rotation directions with the frequent changes in sign observed in the experiment.
We model the geometry, binding site and absolute orientation of the self-assembled monolayer of 4-[pyrid-4-yl-ethynyl] benzoic acid (PEBA) adsorbed on the (1 1 1) surface of silver by means of molecular dynamics and first principles calculations, and compare these results with those we obtain from scanning tunneling microscopy experiments.
The minimum number of landmarks k required for self-location depends on the types of measurements the robot can perform, such as visual angles using a video camera on a pan-tilt unit, distances using a laser range finder, or absolute orientation using a compass.
