Abstract: A method for a setting of security settings in relation for objects is provided. The method comprises the following: storing of access rights identifiers, object identifiers and user identifiers in a data storage, displaying at least each of an object symbol, an access right symbol, and a user symbol in a graphical user interface of a computer, wherein the object symbol relates to an object identifier stored in the data storage, wherein the access rights symbol relates to an access rights identifier stored in the data storage, and wherein the user symbol relates to a user identifier stored in the data storage. Moreover, a selection of an object symbol, a displaying of the selection, a selection of a user symbol and a movement of the user symbol in an environment of the access rights symbol, wherein a security setting to the object is set.

Abstract: A controller controls a sequence of actions at a device. The controller includes computer instructions that receive a plurality of user inputs and command information associated with an action for the device to perform. The first user input defines a target in a bed layout of the device. The second user input assigns the target to a first zone of the bed layout. The third user input assigns the target to a second zone of the bed layout. The fourth user input indicates an operational mode for controlling performance of the action. The operational mode includes a non-validation mode defining a state of operation wherein a device limitation is not imposed to restrict the action. The command information includes a command name identifying the action and a device identifier.

Abstract: A load testing apparatus and method has a display unit for the presentation of data that relate to a load test of a telecommunication network. The display includes a graphical user interface with the load test being divided into several test phases and on the graphical user interface functionalities being assigned to these test phases. The load testing apparatus further has a storage device into which user identifiers are enterable, and the functionalities are pooled into groups so that for each identifier there one or more groups of functionalities may be enabled.

Abstract: Configuration of a measurement task on a protocol tester includes displaying a problem field on a display device, the problem field having several network elements of a telecommunication network; graphically activating one of the network elements by a user; displaying different measurement tasks on the display device which are possible with respect to the activated network element; graphically selecting one of the measurement tasks by the user; and entering further parameters for the configuration of the measurement task, proceeding from one level of the network element level by level in lower levels, with the parameters not specified by the user being occupied by standard values.

Abstract: The present invention relates to a protocol tester for a telecommunication system, whereby the protocol tester (10) exhibits a display unit and a control unit (22), which is connected to the display unit (20) to transmit transmission-relevant information to the display unit for display on the display unit, and whereby the transmission-relevant information is classifiable according to at least three transmission parameters, whereby the control unit (22) is designed to make the transmission-relevant information available to the display unit (20) so that it is presentable on the display unit (20) in the form of a two-dimensional multi-variant chart, whereby the multi-variant chart exhibits a number of axes, which corresponds at least to the number of the transmission parameters, and whereby the values of the transmission parameters are plottable along the axes of the multi-variant chart.

Abstract: A load testing apparatus and method has a display unit for the presentation of data that relate to a load test of a telecommunication network. The display includes a graphical user interface with the load test being divided into several test phases and on the graphical user interface functionalities being assigned to these test phases. The load testing apparatus further has a storage device into which user identifiers are enterable, and the functionalities are pooled into groups so that for each identifier there one or more groups of functionalities may be enabled.

Abstract: A controller controls a sequence of actions at a device. The controller includes computer instructions that receive a plurality of user inputs and command information associated with an action for the device to perform. The first user input defines a target in a bed layout of the device. The second user input assigns the target to a first zone of the bed layout. The third user input assigns the target to a second zone of the bed layout. The fourth user input indicates an operational mode for controlling performance of the action. The operational mode includes a non-validation mode defining a state of operation wherein a device limitation is not imposed to restrict the action. The command information includes a command name identifying the action and a device identifier.

Abstract: Configuration of a measurement task on a protocol tester includes displaying a problem field on a display device, the problem field having several network elements of a telecommunication network; graphically activating one of the network elements by a user; displaying different measurement tasks on the display device which are possible with respect to the activated network element; graphically selecting one of the measurement tasks by the user; and entering further parameters for the configuration of the measurement task, proceeding from one level of the network element level by level in lower levels, with the parameters not specified by the user being occupied by standard values.

Abstract: Setting up a procedure of a communication taking place between instances includes the steps executable on a protocol tester of selecting the instances involved in the communication, selecting a protocol layer on the basis of which the communication between the selected instances is to take place, selecting abstract communication interfaces of the protocol layer which are involved in the communication selecting communication data, setting up a communication procedure executable between the instances through the protocol tester on the basis of the various selections with the selection of the communication data being made graphically and with the parameters so selectable being allocated description files that are used for setting up the communication procedure which is executable between the instances, it being possible further to select from several functionalities, each functionality being allocated a description file and optionally a graphic representation, including the ability to expand the number of select

Abstract: Setting up a procedure of a communication taking place between at least two instances, with one instance being a protocol tester, includes the steps executable on the protocol tester of a) selecting the instances involved in the communication; b) selecting a protocol layer on the basis of which the communication between the selected instances is to take place; c) selecting abstract communication interfaces of the protocol layer which are involved in the communication; d) selecting communication data; e) setting up a communication procedure that is executable between the instances through the protocol tester on the basis of the selections, with the communications data selection being made graphically and with the parameters so selectable being allocated description files used for setting up the communication procedure that is executable between the instances, with the communications data selection being a graphic configuration of a communication sequence between the instances involved with a user being able to