In this research, a motion planning algorithm is proposed to efficiently generate safe and smooth paths for crane motions while taking into account engineering constraints and the path quality.
Despite more than 40 years of research, motion estimation is still considered an emerging field, a field especially relevant today because of its vast utility for real-world applications.
Raw data's simulation of space-borne SAR can help us to optimum design of space-borne SAR system scheme, test and evaluate the performance of every imaging algorithm, and research motion error from satellite platform having influence on received data and image quality.
Recognize that our national strength and best hope for the economy is our innovative industries in technology, the Internet, medicine, data, research, motion pictures, music and content creation.
We proposed in this research novel analog motion detection circuits using previous proposed edge detection circuits based on the vertebrate retina, which is characterized by the wide dynamic range, low power consumption and compact structure.
Together, this research suggests that motion processing for intermediate and fast speeds may follow similar rates of development, but that processing of much slower speeds (e.g., 0.1 and 1.5°/s) may develop more slowly.
To address this problem, this research presents a novel motion-aware scheme called network discovery with motion detection (NDMD) to improve handoff quality and minimize power consumption.
Two 3D input/output methods are used in this research: stereoscopic vision and motion tracking.
To consider the effect of complex turbulent fluid motion, this research considered the S A model developed mainly for aerodynamic flows.
Intensive research on imitation learning of human motions has been performed for the robots that can recognize human activity and synthesize human-like motions, and this research is subsequently extended to integration of motions and language.
