Abstract:
The system (10) comprises an input (2) for accessing the suitable input data. The core of the system (10) is formed by a processor (4) which is arranged to operate the components of the system (10), it being the input (2), a computing unit (5), a working memory (6). The computing unit (5) preferably comprises a suitable number of executable subroutines (5a, 5b, 5c, 5d, 5e, and 5f) to enable a constructing of a geometric model of the movable body based on the results of the segmentation step, finding a spatial correspondence between the first and second image dataset, mapping the texture image dataset on geometric model, fusing the geometric model and the mapped texture image dataset. The apparatus (10) according to the invention further comprises a coder (7) arranged to code the determined region of interest in accordance to a pre-selected criterion. The criterion may be selectable from a list of valid criteria, stored in a file (7a). Preferably, the coder (7), the computing unit (5) and the processor (4) are operable by a computer program (3), preferably stored in memory (8). An output (9) is used for outputting the results of the processing, like fused image data representing the textured, preferably animated geometric model of the movable body. The invention further relates to a method for integration of medical diagnostic information and a geometric model of a movable body and to a computer program.
Abstract:
The system (10) comprises an input (2) for accessing the suitable input data. The core of the system (10) is formed by a processor (4) which is arranged to operate the components of the system (10), it being the input (2), a computing unit (5), a working memory (6). The computing unit (5) preferably comprises a suitable number of executable subroutines (5a, 5b, 5c, 5d, 5e, and 5f) to enable a constructing of a geometric model of the movable body based on the results of the segmentation step, finding a spatial correspondence between the first and second image dataset, mapping the texture image dataset on geometric model, fusing the geometric model and the mapped texture image dataset. The apparatus (10) according to the invention further comprises a coder (7) arranged to code the determined region of interest in accordance to a pre-selected criterion. The criterion may be selectable from a list of valid criteria, stored in a file (7a). Preferably, the coder (7), the computing unit (5) and the processor (4) are operable by a computer program (3), preferably stored in memory (8). An output (9) is used for outputting the results of the processing, like fused image data representing the textured, preferably animated geometric model of the movable body. The invention further relates to a method for integration of medical diagnostic information and a geometric model of a movable body and to a computer program.
Abstract:
An input device for remote control of simple and combined recording and reproducing systems for pictures and sound as well as of presentation devices, which comprises: a housing, a voltage supply, at least one operating element, a signal element and switching elements, which deal with the actuation of the at least on operating element and cause the signal element to issue a signal corresponding to the actuation. The input device for the remote control can be actuated by the operator with one hand, and provided with a shape ergonomically adapted for holding in a hand, and only has one main operating element (H) which is operated in two planes separated from one another by a rotary movement (3, 4) and a linear movement (1, 2) respectively, and method of remote control of at least one electronic presentation device operated by a presenter. As a result the presenter can present to an audience a set of contents organized by pages and the control of the at least one electronic presentation device takes place using the previously described input device, wherein the presenter receives direct feedback through the at least one presentation device as to the state of the electronic presentation, so that he can control the electronic presentation without visually checking the input device.
Abstract:
The remote-control input device has a housing provided by a rotationally symmetrical body (R) which is ergonomically shaped for fitting in the hand of the operator. A single main operating element (H) is operated in two separate planes, e.g. via rotation and linear movement. An Independent claim is also provided for a remote-control method for an audio-visual presentation device.