In this paper we show a new technique, based on the elastic theory, to efficiently produce an estimate of threedimensional surface displacement maps by integrating sparse Global Position System (GPS) measurements of deformations and Differential Interferometric Synthetic Aperture Radar (DInSAR) maps of movements of the Earth’s surface. We propose a linear matrix equation which accounts for both...

Visual tracking is very important for many applications in computer vision, such as traac control, intelligent surveillance, industry automation, human computer interaction, etc. In this paper, we propose a hierarchical framework for estimating displacement vectors at feature points with the coarse-tone block matching method. Feature points are chosen to be the image locations having large curv...

In this paper, a generalized particle system (GPS) method, a general method to describe multiple strong form representation based particle methods is described. Gradient, divergence, and Laplacian operators used in various strong form based particle method such as moving particle semi-implicit (MPS) method, smooth particle hydrodynamics (SPH), and peridynamics, can be described by the GPS metho...

A structural model is developed for the south-central Taiwan fold-and-thrust belt that shows consistency across an array of data types and marks important step forward in consideration geological hazards risks. Although there general agreement about regional scale geology Taiwan, are considerable differences interpretations its western belt. In this paper, we bring together results our previous...

Abstract One of the most significant parameters for seismic hazard assessment analyses is fault slip rate. The combination both geological (long-term) and geodetic (short-term) data offers a more complete characterization potential active faults. Moreover, are also helpful tool analysis geodynamic processes. In this work, we present results local GPS network from Baza sub-Basin (SE Spain). This...