Abstract: An apparatus for controlling of a training device including a training device configured to absorb a mechanical power applied by a person undertaking physical training, an assistance unit configured to assist the training and/or to make the training more difficult, and an exertion measuring apparatus configured to measure mechanical exertion data of an effort applied by the person during the training, a body sensor configured to measure physiological data of the body of the person, a computing unit configured, with an optimization algorithm, to adjust coefficients, a summand, and delays to prepare a prediction of the physiological data based on a model, and a control unit configured to take a predetermined reference variable for the physiological data, to take the prediction as a control variable, and to control an assistance of the assistance unit as a manipulated variable.

Abstract: In an anesthesia protocol system, vital parameters and medication quantities are stored in a first data base in the form of real time curve signal values, said first data base being organized like a ring buffer. Typically, trend curve signal values are derived from the stored real time curve signal values, and an anesthesia protocol is produced automatically on the basis of these trend curve signal values.In order to simplify the operability of the anesthesia protocol system and to enhance the information content of the anesthesia protocol, a snapshot input device for activating a snapshot function is provided, a processing unit responding to the actuation of said snapshot input device for reading from the first data base the real time curve signal values which are assigned to a specific snapshot time domain and for storing them in the second data base as snapshot curve signal values, said second data base being not organized in the form of a ring buffer.

Abstract: Vital parameters of patient and medication parameters are automatically combined to form anesthetic protocols. A multi-step configuration method facilitates anesthesia protocol system reconfiguration. All the groups which may be taken into account for a possible future reproduction of the anesthesia protocol are first defined by combining parameters to form a group. A configuration name is assigned to each group. In a subsequent step, each anesthesia protocol segment has one of the groups assigned to it. The steps of forming the groups and assigning the groups to segments are repeated for each configuration. In a subsequent on-line mode of the anesthesia protocol system, the operator reconfigures the system by using the configuration name.