The phrase "acceleration based on the" is correct and usable in written English.
You can use it when discussing the concept of acceleration that is determined by specific factors or criteria.
Example: "The acceleration based on the applied force and mass of the object can be calculated using Newton's second law."
Alternatives: "acceleration determined by the" or "acceleration reliant on the".
Local computation stage: Each sensor updates the estimate of its coordinates (and corresponding virtual speed and acceleration) based on the information collected locally. .
Since FIS lacks the adaptability to deal with changing external environments, we incorporate a learning technique to predict the vehicles acceleration based on the previous behavior of the driver.
So, before about 50 Hz, because of the overall vertical vibration of at-ground structure, the acceleration values of frame's center and bottom's center are nearly equal and between 50 and 100 Hz, and the acceleration of frame's center is much bigger than bottom's center acceleration based on the frame's local vertical vibration.
This paper proposed a novel PF called Motion-Adaptive Particle Filter (MAPF), which could predict both velocity and acceleration based on the past data of the tracked object, and introduced a novel method called sub-particle drift (SPD) to improve the performance of the tracker during the target' dramatic motion from one frame to the following.
A possible solution to reduce inadmissible levels of deck vertical acceleration, based on retrofitting the bridge with fluid viscous dampers connected to the slab and to an auxiliary structure, is proposed and evaluated.
Limitations The conclusions are limited due to the definition of cycle acceleration based on self-report and the naturalistic cross-sectional retrospective study design.
One is the diffusive shock acceleration based on Fermi mechanism at the collisionless shock (Blandford and Ostriker 1978).
It was fabricated using a bulk machining process and accurately measures the applied acceleration based on a difference in capacitan ce.
A new relationship of Πc = 1 was established to predict the occurrence of acceleration based on theoretical analysis.
The proposed method has the advantage of less calculation amount and less program branches, and is suitable for parallel acceleration based on compute unified device architecture (CUDA).
BP-ANN took ~1 h to train using a CPU or ~2 min to train using a GPU acceleration based on NVIDIA Quadro K1100M graphics card.
