Приклади вживання Configuration space Англійська мовою та їх переклад на Українською
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Area and configuration space;
Represents the complex-valued wavefunction on configuration space.
The configuration space is different for different versions of pilot wave theory.
Extensions to this theory include spin and more complicated configuration spaces.
Configuration space for a rectangular translating robot(pictured red).
Sampling-based algorithms represent the configuration space with a roadmap of sampled configurations. .
The configuration space need not even be a functional space, given certain features such as noncommutative geometry.
A configuration describes the pose of the robot, and the configuration space C is the set of all possible configurations. .
The configuration space needn't even necessarily be a functionalspace because we could have things like noncommutative geometry.
The basic idea is that the environment registering thedetection effectively separates the two wave packets in configuration space.
The configuration space Q{\displaystyle Q} can be chosen differently, as in classical mechanics and standard quantum mechanics.
Furthermore, the number of points on the grid grows exponentially in the configuration space dimension, which make them inappropriate for high-dimensional problems.
We use variations of Q{\displaystyle\mathbf{Q}} for particle positions, while ψ{\displaystyle\psi}represents the complex-valued wavefunction on configuration space.
Grid-based approaches overlay a grid on configuration space, and assume each configuration is identified with a grid point.
There is a configuration q{\displaystyle q} of the universe, described by coordinates q k{\displaystyle q^{k}},which is an element of the configuration space Q{\displaystyle Q}.
The basic idea is that configuration space becomes the(disjoint) space of all possible configurations of any number of particles.
While the particle positions themselves are in real space, the velocity field and wavefunction are on configuration space, which is how particles are entangled with each other in this theory.
If the configuration space does not allow the main screen visible to all participants(for example, part of the review covered bearing columns) should provide overlapping display device.
Grid-based approaches often need to search repeatedly, for example,when the knowledge of the robot about the configuration space changes or the configuration space itself changes during path following.
They may be parameter spaces or configuration spaces such as in Lagrangian or Hamiltonian mechanics; these are abstract spaces, independent of the physical space we live in.
As for the grid-based approach, the interval approach is inappropriate for high-dimensional problems, due to the fact that the number of boxes to begenerated grows exponentially with respect to the dimension of configuration space.
In one example, the configuration space may be accessed by specifying the configuration space in an instruction issued by the operating system(or other configuration) to the adapter function.
De Broglie- Bohm theory is based on the following postulates: There is a configuration q{\displaystyle q} of the universe, described by coordinates q k{\displaystyle q^{k}},which is an element of the configuration space Q{\displaystyle Q}.
In the first instance, configuration space and real space are the same, while in the second, real space is still R 3{\displaystyle\mathbb{R}^{3}}, but configuration space becomes R 3 N{\displaystyle\mathbb{R}^{3N}}.
The computational complexity of resolution complete planners is dependent on the number of points in the underlying grid, which is O(1/hd), where h is theresolution(the length of one side of a grid cell) and d is the configuration space dimension.
These approaches are similar to grid-based searchapproaches except that they generate a paving covering entirely the configuration space instead of a grid.[2] The paving is decomposed into two subpavings X-, X+ made with boxes such that X-⊂ Cfree⊂ X+.
Drafting equipment rooms provides various systems analysis and location of supporting structures of power and signal communications,analysis of the configuration space, and in some cases- acoustic analysis and review of the neighboring buildings.
In de Broglie- Bohm theory, the velocities of the particles are given by the wavefunction,which exists in a 3N-dimensional configuration space, where N corresponds to the number of particles in the system; Bohm hypothesized that each particle has a"complex and subtle inner structure" that provides the capacity to react to the information provided by the wavefunction by the quantum potential.
For a de Broglie- Bohm theory on curved space with spin,the spin space becomes a vector bundle over configuration space, and the potential in Schrödinger's equation becomes a local self-adjoint operator acting on that space. .
When choosing a configuration Parameter kitchen space and consider the work triangle.