Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Children with autism have sensory processing disorders impairing their ability of having awareness of their body and movementsso theyfrequently exhibit "atypical" body-interactions they useas "compensatory movements". ,  explore how tangible computing could offer to children with aut- ism the body awareness they need during sensory therapies.  describe the design and development of Sensory Paint, a system that enables children with autism to control a multisensory environment using body-based and tangible in- teractions. Sensory Paint displays the shadow of the user to provide "biofeed- back," monitors users' "atypical movements" to adjust the instrumental music playing in the background, and tracks users' interactions with balls to change colors. Sensory Paint uses the kinect sensor and computer vision techniques for recognizing user interactions. The results of a performance evaluation of the use of SensoryPaint with 10 users shows SensoryPaint is accurate, easy to use, fun, and engaging.
['Rodrigo Zalapa', 'Monica Tentori']
I am writing a research paper on a idea Movement-Based and Tangible Interactions to Offer Body Awareness to Children with Autism
[{"from": "human", "value": "I am writing a research paper on a idea Movement-Based and Tangible Interactions to Offer Body Awareness to Children with Autism"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Children with autism have sensory processing disorders impairing their ability of having awareness of their body and movementsso theyfrequently exhibit \"atypical\" body-interactions they useas \"compensatory movements\". ,  explore how tangible computing could offer to children with aut- ism the body awareness they need during sensory therapies.  describe the design and development of Sensory Paint, a system that enables children with autism to control a multisensory environment using body-based and tangible in- teractions. Sensory Paint displays the shadow of the user to provide \"biofeed- back,\" monitors users' \"atypical movements\" to adjust the instrumental music playing in the background, and tracks users' interactions with balls to change colors. Sensory Paint uses the kinect sensor and computer vision techniques for recognizing user interactions. The results of a performance evaluation of the use of SensoryPaint with 10 users shows SensoryPaint is accurate, easy to use, fun, and engaging."}]