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Cerebral Palsy (CP) is a disorder of posture and movement that results in permanent but no unchanging conditions. Interventions in rehabilitation therapies and health management are important to improve the quality of life of persons with CP. Moreover, intervention in Communication is of utmost importance, as disorders of movement impose severe limitations in the interaction with the environment. In this paper we describe four modules based on biosignal sensor technology, developed to augment the performance of CP users in the interaction with the environment. Our technology is focused on detection of multimodal physiological signals through wireless, miniaturized and wearable sensors to be placed in the body of persons with CP (EMG, ECG, EDA, BVP, respiration and accelerometry). The presented modules were developed to integrate a sensor framework for implementation of different assistive technologies with applications in the areas of computer access, affective computing, health monitoring, and biofeedback rehabilitation.
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