Cartographic alignment of raster images (50) to geographic vector data sets (20) is performed to co-position image data with geographic vector data sets.

Although it was specially designed for image data, it can also handle vector data.

Vector data includes point, line and polygon features.

The imaging engine may receive the data vectors and divide the data vectors into different sets.

The completely filled target vectors are paired with the complete data vectors and outputted as composite vectors.

A data element generating device encrypts various vectors comprising a plurality of data to generate vectors consisting of ciphertext and output the vectors as data elements.

A plurality of data vectors (80) is stored.

The subsets can consist of either complete data vectors or incomplete data vectors, or of a mixture of the two.

Within the stream are a plurality of vectors.

Cartographic alignment of raster images (50) to geographic vector data sets (20) is performed to co-position image data with geographic vector data sets.

The system may include an IVUS catheter configured to collect data vectors including ultrasound data and an imaging engine configured to process the ultrasound data of the data vectors.

The invention relates to a method of encoding user data into codevectors and to a corresponding method of decoding codevectors into user data.

The data is recovered from the recovered transmission vectors.

  A multi-layer factor analysis unit (3) uses the multi-dimension vector data to generate a plurality of independent vectors.

The eigenvectors and their corresponding eigenvectors provide information about the properties of the graph, and thus, the dataset.