"finite position" is a correct term and can be used in written English.
It is typically used to describe the placement or order of words in a sentence, specifically referring to the position of finite verbs. Example: In the sentence "I have finished my homework," the finite position of the verb "have" is at the beginning of the sentence.
A game G is said to be closed if ∃ wins every play of G in which she hasn't already lost at any finite position.
Many logical games have the property that in every play, one of the players has already won at some finite position; games of this sort are said to be well-founded.
It is only for mathematical convenience that the definition above expects the game to continue to infinity even when a player has won at some finite position; there is no interest in anything that happens after a player has won.
That is, given a finite set A of equations, one can write a computer program that prints consequences of A for ever in such a way that every consequence of A will appear at some finite position in the infinite list of all consequences.
Going through, finite positions are created for each using two consistent positions, of immediate ancestors,.
This paper presents a methodology for the description and finite-position dimensional synthesis of articulated systems with multiple end-effectors.
Graph and dimensional synthesis theories are applied to determine when exact finite-position synthesis can be performed on the tree structures by considering the motion for all the possible subgraphs.
Based on backstepping design, finite-time formation control algorithms including finite-time position controller and attitude controller are designed respectively.
A control method based on global fast dynamic terminal sliding mode control (TSMC) technique is proposed to design the flight controller for performing the finite-time position and attitude tracking control of a small quadrotor UAV.
Plates of small finite chord positioned in this region tend to follow the behaviour expected in terms of the unsteady force dipole on a small aerofoil, although the results obtained here were limited by the ratio of plate chord to turbulence integral scale and also by Reynolds' number effects.
The cable has been modeled and analyzed using a new nodal position finite element method, which calculates the position of the cable directly instead of the displacement by the existing finite element method.
