Abstract: A rehabilitation system for neurological disorders, especially for the rehabilitation of patients being in a vegetative state or minimal conscious state, comprises at least two sensors adapted to measure two different physiological values of the patient and a stimulation generator. Initially predefined target signals determined and based on parameters relating to the injury are generated and, during a rehabilitation session, compared with the measurement signals to drive the stimulation generators delivering sensory stimulation to the patient as feedback. The controlling processor is adapted to change the predefined target signals during a rehabilitation session based on the development or changes of the measurement signals of the different physiological values, to enable a faster and better improvement of the alertness of the patient.

Abstract: The invention relates to a computer system and method of setting up language translation services. The computer system is programmed to implement at least: a registration module configured to receive translator profile data via a telecommunication network from human translators, and to store the translator profile data, the translator profile data including at least one source language and one target language; a service request module configured to receive translation request data via the telecommunication network from clients, and to store the translation request data, the translation request data including at least a source language and a target language; and a matching module configured to determine a set of human translators suitable for a translation request received from a client, using the translator profile data and the translation request data, and to set up a communication link between the client and a human translator selected from the set of human translators.

Abstract: A rehabilitation system for neurological disorders, especially for the rehabilitation of patients being in a vegetative state or minimal conscious state, comprises at least two sensors adapted to measure two different physiological values of the patient and a stimulation generator. Initially predefined target signals determined and based on parameters relating to the injury are generated and, during a rehabilitation session, compared with the measurement signals to drive the stimulation generators delivering sensory stimulation to the patient as feedback. The controlling processor is adapted to change the predefined target signals during a rehabilitation session based on the development or changes of the measurement signals of the different physiological values, to enable a faster and better improvement of the alertness of the patient.