For inverse synthetic aperture radar (ISAR) imaging of rapidly spinning targets, the large migration through range cells (MTRC) results in weak coherence between adjacent echoes, which makes conventional envelope alignment method unable to be applied. By analyzing correlation a translational motion compensation (TMC) for targets is proposed. Firstly, rotation period target estimated by incohere...

In rheumatoid arthritis, pathologic changes in structures and in gait kinematics of the foot and ankle occur from onset of the disease. The aim of this study was to explore the relationship between these clinical and kinematic factors at various phases of stance. Foot and ankle kinematics of 25 subjects with RA was assessed and related to the following clinical factors: Magnetic Resonance Imagi...

Background. This study aimed to measure the alignment level, bone density, and body composition of the human body using DEXA and formetric 4D before and after applying the taping treatment and corrective exercise program for 8 weeks and to analyze the difference. Methods. This study was conducted in three different groups: those who applied exercise and taping (TCEG), those who only applied ex...

Abstract We study the (hydro-)dynamics of multi-species driven by alignment. What distinguishes different species is protocol their interaction with rest crowd: collective motion described communication kernels, ? ? ? , between crowds in and ?. show that flocking overall crowd emerges provided array forms a connected graph. In particular, within each need not interact its own kind, i.e., = 0 ; ...

A number of approaches to online time warping have been proposed based on plotting an alignment path backwards from a selected end-point. When continually updating warp align series with live data source, such as stream motion capture data, the use makes it hard maintain monotonic constraint. To solve this problem, forward plotting, referred FP-DTW, are and evaluated by applying them human moti...

In this paper temporal local tangent space alignment is proposed to deal with time-dependent data, such as video and motion capture data. It is an extension of local tangent space alignment, for short, LTSA, from spacial to temporal learning. LTSA is a nonlinear dimension reduction method based on Euclidean distance. Temporal LTSA, however, is dependent on the continuity of time of input data. ...

On the basis of the measurement of NH residual dipolar couplings (RDCs) in 11 different alignment media, an RDC-based order parameter is derived for each residue in the protein ubiquitin. Dipolar couplings are motionally averaged in the picosecond to millisecond time range and, therefore, reflect motion slower than the inverse overall tumbling correlation time of the protein. It is found that t...