Three-Dimensional Volume Datafield Reconstruction from Physical Model

This paper focuses on entirety interpretation,representation and reconstruction of three-dimensional volume data sets based on the physical model of the data.The data model is represented by three-dimensional geometric model The surfaces inside the datafield are extracted and matched to the model surfaces in order to reconstruct the new datafield based on the model.A conclusion is drawn that physical modeling provides a good basis and approach to interpret and represent the data sets.This paper also presents a subdivision algorithm to fast trace B-spline curve and the contrary algorithms is adopted to extract the geometry feature of the curve.

Three-dimensional volume datafield reconstruction from physical model

This paper focuses on entirety interpretation, representation and reconstruction of three-dimensional volume data sets based on the physical model of the data. The data model is represented by three-dimensional geometric model. The surfaces inside the datafield are extracted and matched to the model surfaces in order to reconstruct the new datafield based on the model. A conclusion is drawn that physical modeling provides a good basis and approach to interpret and represent the data sets. This paper also presents a subdivision algorithm to fast trace B-spline curve and the contrary algorithm is adopted to extract the geometry feature of the curve.