Abstract: Methods are disclosed for creating and executing at least one application on the basis of a use environment. For the creation, a method of an embodiment includes: a set of modules is provided in which at least one functionality for creating the application is respectively implemented, functionalities required for the respective application are selected, and the selected functionalities are configured for an application, where the modules are already in the form of compiled executable program code and at least particular modules are designed for different use environments, and where modules are automatically selected and the application is configured such that modules suited to differently identified use environments can be dynamically connected together at runtime without the need to recompile the application.

Abstract: A mechanism is disclosed for operating local version-independent service program code for infrastructure services, wherein the mechanism is automatically and optionally linked to a central, remote service infrastructure, and wherein both an online and an offline processing mode is included and automatically supported, and wherein the mechanism is embedded in a generic runtime environment. In at least one embodiment, it contains service program code implemented in the runtime environment for calling by way of the application program code with standardized interfaces, wherein the service program code is intended for the provision of functionalities for predetermined services that an application program code can use.

Abstract: An effective and user-friendly system is disclosed for creating and running a software application for medical imaging, having at least one framework which has a service layer and a superordinate toolkit layer as an application programming interface, wherein functions of the toolkit layer and of the service layer are grouped in each case in a number of components which are arranged strictly hierarchically in such a way that any component can only ever be accessed from a superordinate component.

Abstract: An object oriented computing system, comprising objects with semanticless, dynamically linkable inputs and outputs; and an event communication framework providing automated, pattern-based, fully distributable events

Abstract: An apparatus and a method for processing data in different modalities involve applications accessing service modules which are set up by a runtime environment at the time of loading in line with a configuration file. This allows data in different modalities to be edited flexibly and with a resource saving.

Abstract: A data processing system is disclosed, for integrating two program frameworks. The system includes a generic container to communicate with applications implemented in a first framework and to enable them to communicate with one another. A generic component, implemented in the first framework, is included, which provides the functionalities of a second framework. Further, at least one new application is generated via the second framework or via a third framework based on the second framework, which uses the functionalities of the second framework. Finally, an adapter component is included to communicate between the generic component and the at least one new application.

Abstract: A system arrangement is disclosed for automated application development with user guidance, including at least one view component (front-end) with a plurality of presentation forms, from which, at a particular time, a respective one is intended for data viewing and for input by a user, at least one model component (back-end) for storing and retrieving data, and a controller component for forwarding user inputs and/or requests for data to the model component and for forwarding requested data to a view component. The controller component is also intended for changeover between the presentation forms. Finally, a process flow component is provided for stipulating a sequence for the changeover between the presentation forms.

Abstract: A method and system arrangement are disclosed for configuring a program system. The method includes initializing binary program components of the program system and a source code interpreter for interpreting at least one source code event handler. Logical connections are set up between interfaces of the binary program components and interfaces of the interpreted source code event handler in order for events generated by the binary program components to be processed by the at least one source code event handler. A configuration file may also additionally be evaluated.

Abstract: A method, a device and a system arrangement are disclosed for generating self-contained software components having in each case synchronous and/or asynchronous interfaces with an internal threading model. The concept disclosed enables all necessary synchronization mechanisms to be provided automatically. The concept is based on an asynchronous operation manager used to divert callbacks from a called component into a calling component.

Abstract: The invention relates to a method, an apparatus and a system for the transfer of medical image data from at least one source application to at least one sink application, and for managing the data transfer via a controller and a message system. The method is based on a pipline mechanism that comprises various processing stages, a requester and a serializer controller that controls the data steam to be transferred. The pipeline mechanism comprises a serializer that decomposes the data stream in individual chunks or reassembles the decomposed chunks to form a data stream, and a carrier that is responsible for the physical data transmission. Moreover, the pipeline can also comprise a converter and a manipulator that respectively execute conversions and manipulations on the data.

Abstract: An image retrieval system has a network server, at least one client terminal and a data archive of a multiuser file management system, spatially separated from server and client, of a file server. A reduced data stream is now transmitted between server and client and includes a header for transmitting address and meta information with an additional data field that includes an access key to the bulk data stored in the external data archive. This reduces the data volume to be transmitted during image retrieval, and thus reduces the network utilization in the transmission of the data stream occurring between server and client. As a result of this, the time period required to transfer the modified data stream between server and client terminal is correspondingly short.

Abstract: The invention concerns a method and a data processing system to protect an electronic data object from unauthorized access. Via a method, a) in a first step, an electronic data object identifier is generated dependent on the content of the data object, b) in a further step, an access right is determined dependent on the data object identifier, and c) in a last step, an access to the data object is allowed dependent of the access right. The data processing system comprises a data processing device and an access control module. Via the access control module, an electronic data object identifier can be generated dependent on the content of a data object, and an access right can be determined dependent on the data object identifier. The access right can comprises standard rights such as “Read” or “Write” and an “Execute” right to execute specific functionalities.

Abstract: A medical data processing system is for local and Internet based access to medical data stored in a data store in a medical facility. The medical data processing system has a server program for local access to the data in the data storage device and a web server program, potentially extended by a web application server program, for Internet based access to the data in the data storage device. Upon a request for data from the data storage device over the Internet, the web server program and the web application server program buffer-store no process state relating to the request beyond the request.

Abstract: A medical system architecture with a modality (1 through 4) for the acquisition of images, a means (5 through 8, 11, 12) for processing the images and a means (9) for the transmission of the images. The means (5 through 8, 11, 12) for processing comprises a digital image system with a computer that works according to a method for data exchange between various application programs (OLE) with graphic control elements and a standard for OLE Custom Controls (OCX), whereby an OCX software component (18) is allocated to every individual process limited by boundaries, these OCX software components being expanded with an OLE Automation or ATOMIC remote control component (19, 22, 27 through 31, 35 through 41) so that the devices and processes can be remote controlled without any limitations caused by address space or computer boundaries.

Abstract: An object oriented computing system, comprising objects with semanticless, dynamically likable inputs and outputs; and an event communication framework providing automated, pattern-based, fully distributable events.

Abstract: In a medical system architecture having a modality for the acquisition of examination images, a device allocated to the modality for processing the examination images, a device for the transmission of data and the examination images and a device for storing the data and examination images, the device for processing the examination images is fashioned as an RIS client for the exchange of text messages as well as for the display of an RIS client window and for the creation of RIS interaction masks, and is connected via a network connection of the devices to an RIS server for communication with the RIS client on the devices.

Abstract: An object oriented communication system supporting external data representation without an interface definition language, propagating events in both push and pull communication modes, fully distributing events, client/server-RPC-like mode and server processing pattern management. An applications program interface for the communication system having two macro routines for building classes which make the classes transferrable by the communication system.

Abstract: A service and event synchronous/asynchronous manager (SESAM) which provides a programmer interface to concurrency, dispatching and synchronization in an object oriented computing system. SESAM employs a high level framework which is operating system independent, uses threads for asynchrony and independence from operating systems which do not provide for asynchrony, supports a high level "wait-for-event" interface, provides portability of applications and provides synchronization of asynchronous functionality so as to support active object patterns as well as passive object patterns within a single homogenous solution.