Abstract: A method, and system for implementing the method, that generates a database with information regarding users in relation to interventions to be performed and to the user responses to the performance thereof, and analyzing it to generate candidate predictions from which final or optimum predictions are determined. The generation of candidate predictions and the subsequent determination of final predictions is carried out by corresponding steps of classification at different levels based on heuristic rules. The method and the system are particularly applicable in processes such as those related to neurorehabilitation, neuroeducation/neurolearning or cognitive neurostimulation.

Abstract: The method comprises generating a database with information regarding users in relation to interventions to be performed and to the user responses to the performance thereof, and analyzing it to generate candidate predictions from which final or optimum predictions are determined, said generation of candidate predictions and said subsequent determination of final predictions been carried out by means of corresponding steps of classification at different levels based on heuristic rules. The system is provided for implementing the method proposed by the first aspect of the invention. The method and the system are particularly applicable in processes such as those related to neurorehabilitation, neuroeducation/neurolearning or cognitive neurostimulation.

Abstract: Provided is a method for treating neuropathic pain, including: providing, to a patient suffering from said neuropathic pain, a visual illusion to correct a mismatch between motor commands and sensory feedback; and applying a cranial stimulation to said patient during at least part of the duration of said visual illusion. This is particularly applicable to the treating of neuropathic pain in patients suffering from spinal cord injuries.

Abstract: Provided is a method for treating neuropathic pain, including: providing, to a patient suffering from said neuropathic pain, a visual illusion to correct a mismatch between motor commands and sensory feedback; and applying a cranial stimulation to said patient during at least part of the duration of said visual illusion. This is particularly applicable to the treating of neuropathic pain in patients suffering from spinal cord injuries.

Abstract: Method and system for safely guiding interventions in processes the substrate of which is the neuronal plasticity. The method comprises generating a database with information regarding users in relation to interventions to be performed and to the user responses to the performance thereof, and analyzing it to generate candidate predictions from which final or optimum predictions are determined, said generation of candidate predictions and said subsequent determination of final predictions been carried out by means of corresponding steps of classification at different levels based on heuristic rules. The system is provided for implementing the method proposed by the first aspect of the invention. The method and the system are particularly applicable in processes such as those related to neurorehabilitation, neuroeducation/neurolearning or cognitive neurostimulation.