Abstract: The present disclosure relates to a computer-implemented method comprises displaying a first portion of a representation a first and a second hierarchical structure, each of the first hierarchical structure and the second hierarchical structure including a plurality of fields, displaying a representation of mappings between fields of the first hierarchical structure and the second hierarchical structure, receiving a predetermined user command associated with a particular field of the second hierarchical structure, in response to receiving the predetermined user command, if the displayed first portion of the representation of the first hierarchical structure includes no field mapped to the particular field of the second hierarchical structure, displaying a second portion of the first structure including at least one field mapped to the particular field of the second hierarchical structure, and, if the at least one field mapped to the particular field of the second hierarchical structure is hidden, expand the s

Abstract: The present disclosure relates to a computer-implemented method comprises displaying a first portion of a representation a first and a second hierarchical structure, each of the first hierarchical structure and the second hierarchical structure including a plurality of fields, displaying a representation of mappings between fields of the first hierarchical structure and the second hierarchical structure, receiving a predetermined user command associated with a particular field of the second hierarchical structure, in response to receiving the predetermined user command, if the displayed first portion of the representation of the first hierarchical structure includes no field mapped to the particular field of the second hierarchical structure, displaying a second portion of the first structure including at least one field mapped to the particular field of the second hierarchical structure, and, if the at least one field mapped to the particular field of the second hierarchical structure is hidden, expand the s

Abstract: An implantable heart stimulator (10), which has a right-atrial sensing unit (62), which is connected or is to be connected to a right-atrial electrode for recording electrical potentials of the myocardium of a right atrium, and is implemented to process electrical signals recorded via the right-atrial electrode, and to detect signal features characterizing a right-atrial stimulation and contraction in the electrical signal recorded via the right-atrial electrode. The heart stimulator (10) additionally has a left-ventricular sensing unit (66), which is connected or is to be connected to a left-ventricular electrode for recording electrical potentials of the myocardium of a left ventricle of a heart and is implemented to process electrical signals recorded via the left-ventricular electrode. The left-ventricular sensing unit (66) is implemented to detect signal features in the electrical signal recorded via the left-ventricular electrode which characterize a left-atrial contraction.

Abstract: An implantable heart stimulator (10), which has a right-atrial sensing unit (62), which is connected or is to be connected to a right-atrial electrode for recording electrical potentials of the myocardium of a right atrium, and is implemented to process electrical signals recorded via the right-atrial electrode, and to detect signal features characterizing a right-atrial stimulation and contraction in the electrical signal recorded via the right-atrial electrode. The heart stimulator (10) additionally has a left-ventricular sensing unit (66), which is connected or is to be connected to a left-ventricular electrode for recording electrical potentials of the myocardium of a left ventricle of a heart and is implemented to process electrical signals recorded via the left-ventricular electrode. The left-ventricular sensing unit (66) is implemented to detect signal features in the electrical signal recorded via the left-ventricular electrode which characterize a left-atrial contraction.

Abstract: An object-based merge tool for structured object models encapsulates data in files, such as metadata in XML files, as model objects in accordance with an underlying model, all of which can be graphically represented to a user. Graphical representation of files also allows the user to see how the files have been changed and allow for the observation of static integrity constraints. The differences between files or file sets can be graphically represented to the user, such as through markings of the model objects in the tree structure, and the differences can be explained in an additional view. Related apparatus, computer program products and computer systems are also described.

Abstract: An object-based merge tool for structured object models encapsulates data in files, such as metadata in XML files, as model objects in accordance with an underlying model, all of which can be graphically represented to a user. The model objects may be formed in any structure, such as a tree structure, which makes the semantical structure of the files understandable to the user. Graphical representation of files also allows the user to see how the files have been changed. The differences between files or file sets can be graphically represented to the user, such as through markings of the model objects in the tree structure, and the differences can be explained in an additional view. Related apparatus, computer program products and computer systems are also described.