Safety in road crossing of children with cerebral palsy

Aim: Children with cerebral palsy (CP) are regularly confronted with physical constraints during locomotion. Because abnormalities in motor control are often related to perceptual deficits, the aim of this study was to find out whether children with CP were able to walk across a road as safely as their non-handicapped peers. Method: Ten children with CP and 10 non-handicapped children aged 4-14 y were asked to cross a simulated road if they felt the situation was safe. Results: With respect to safety and accuracy of crossings, the behaviour of children with CP was comparable with that of non-handicapped children. However, a closer examination of children's individual crossing behaviour showed considerable differences within the CP group. In contrast to children with damage to the left hemisphere, children with damage to the right hemisphere made unsafe decisions and did not compensate for them by increasing walking speed.Conclusion: the differences in unsafe behaviour and in the ability to compensate for it within the group of children with CP might be related to damage to specific regions of the brain that are involved in the processing of spatial or temporal information.

Recursos e estratégias para o ensino de alunos com deficiência: percepção de professores

Pós-graduação em Educação - FFC

Caracterização da percepção do homem como pai de criança portadora de deficiência mental

Pós-graduação em Psicologia - FCLAS

Educação infantil: percepção de profissionais e familiares sobre inclusão, aprendizagem e desenvolvimento da criança com deficiência, em Maringá/BR e em Guadalajara/ES

Pós-graduação em Educação Escolar - FCLAR

O relacionamento fraterno na presença da deficiência

This research was developed during four years, in different regions of the country. Its purpose was to better understand the possible influences that handicapped siblings have on the development of non- handicapped siblings. Participated in the study 80 siblings, with ages ranging between 14 and 26 years. There were 20 siblings of physical handicapped (PH), 20 siblings of auditory handicapped (AH), 20 of mental handicapped (MH), and 20 of non handicapped, in number and ages equivalent.The participants answered a questionnaire containing “characteristics of handicapped person”, “characteristics of respondent sibling”, “characteristics of family”, a questionnaire with eleven closed questions and one open, but for the control group there was on less question. The phenomena studied in this research in some situations present themselves differently for each group of respondent sibling (ex: greater concern of the parents with the MH sibling, calling attention more for siblings of PH and MH, more responsibility in the family, taking care of the handicapped sibling, fear of having handicapped children, and the perception of (in) dependency of the handicapped sibling) and in others present themselves in similar manner (ex: more concern of the parents with the brother with PH, nature of the relationship, to feel or not ashamed of the sibling, talking about the sibling development). In conclusion, some phenomena, so far socially perceived as causing differences in sibling relations and attributed to de presence of a handicap are not, since between siblings of non handicapped these same phenomena present themselves in a similar way. Differently from the control group, siblings of handicapped need correct information, as well as therapeutic support to elaborate feelings of fear, anger, shame that they may have due to their condition. It is important to stress, also, the need that these siblings have to be themselves without the stigma of sibling of handicapped.

Educational robotics as a learning aid for disabled children

Severe disabled children have little chance of environmental and social exploration and discovery, and due this lack of interaction and independency, it may lead to an idea that they are unable to do anything by themselves. This idea is called learned helplessness and is very negative for the child cognitive development and social development as well. With this entire situation it is very likely that the self-steam and mood of this child. Trying to help these children on this situation, educational robotics can offer and aid, once it can give them a certain degree of independency in exploration of environment. The system developed in this work allows the child to transmit the commands to a robot. Sensors placed on the child's body can obtain information from head movement or muscle pulses to command the robot to carry the tasks. Also, this system can be used with a variety of robots, being necessary just a previous configuration. It is expected that, with the usage of this system, the disabled children have a better cognitive development and social interaction, balancing in a certain way, the negative effects of their disabilities. © 2011 IEEE.

Use of myoelectric signals to command mobile entertainment robot by disabled children: Design and control architecture

Severely disabled children have little chance of environmental and social exploration and discovery. This lack of interaction and independency may lead to an idea that they are unable to do anything by themselves. In an attempt to help children in this situation, educational robotics can offer and aid, once it can provide them a certain degree of independency in the exploration of environment. The system developed in this work allows the child to transmit the commands to a robot through myoelectric and movement sensors. The sensors are placed on the child's body so they can obtain information from the body inclination and muscle contraction, thus allowing commanding, through a wireless communication, the mobile entertainment robot to carry out tasks such as play with objects and draw. In this paper, the details of the robot design and control architecture are presented and discussed. With this system, disabled children get a better cognitive development and social interaction, balancing in a certain way, the negative effects of their disabilities. © 2012 IEEE.