design for simple movement controlmotor nerves carry movement orders f terjemahan - design for simple movement controlmotor nerves carry movement orders f Bahasa Indonesia Bagaimana mengatakan

design for simple movement controlm

design for simple movement control

motor nerves carry movement orders from brain to muscles where they cause contractions and via sensory nervous feedback, control the muscular activities
The body can perform some mentions without the involvement of the brain proper; yet, most muscular activities need fine regulation. this requires various degrees of involvement of higher brain centers, such as the cerebral cortex, the basal ganglia, and the cerebellum. to channel information along lengthy transmision paths through numerous neurons and decision processes is laborious and the time consuming. thus, learning to excute complex movements is difficult and slow, as we know from the experience of acquiring a new complicated skill, especially as we get older. for the human factors engineer this indicates that job activities should be performed in the simplest possible way and sequenced, using the least decision making and the fastest path of information transmission, and employing the smallest possible body mass. clearlt, controlling the speed of an automobile by complicated movements of the feet to and from invisible pedals is not a good example of modern human factor engineering

The brain-nerve network
Brain and nerves are structures of a complex communication system. Normally, the system can send and receive copious amounts of information simultaneously. The brain is the control center. It communicates with the body through the nerves that run up and down the spinal cord. The sensory nerves carry
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design for simple movement controlmotor nerves carry movement orders from brain to muscles where they cause contractions and via sensory nervous feedback, control the muscular activitiesThe body can perform some mentions without the involvement of the brain proper; yet, most muscular activities need fine regulation. this requires various degrees of involvement of higher brain centers, such as the cerebral cortex, the basal ganglia, and the cerebellum. to channel information along lengthy transmision paths through numerous neurons and decision processes is laborious and the time consuming. thus, learning to excute complex movements is difficult and slow, as we know from the experience of acquiring a new complicated skill, especially as we get older. for the human factors engineer this indicates that job activities should be performed in the simplest possible way and sequenced, using the least decision making and the fastest path of information transmission, and employing the smallest possible body mass. clearlt, controlling the speed of an automobile by complicated movements of the feet to and from invisible pedals is not a good example of modern human factor engineeringThe brain-nerve networkBrain and nerves are structures of a complex communication system. Normally, the system can send and receive copious amounts of information simultaneously. The brain is the control center. It communicates with the body through the nerves that run up and down the spinal cord. The sensory nerves carry
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desain untuk kontrol gerakan sederhana saraf motorik membawa perintah gerakan dari otak ke otot di mana mereka menyebabkan kontraksi dan melalui umpan balik saraf sensoris, mengontrol kegiatan otot tubuh dapat melakukan beberapa menyebutkan tanpa keterlibatan otak yang tepat; namun, sebagian besar kegiatan otot perlu regulasi baik. ini membutuhkan berbagai tingkat keterlibatan pusat otak yang lebih tinggi, seperti korteks serebral, ganglia basalis, dan cerebellum. untuk menyalurkan informasi sepanjang jalur transmisi panjang melalui berbagai neuron dan proses pengambilan keputusan adalah melelahkan dan memakan waktu. dengan demikian, belajar untuk excute gerakan kompleks sulit dan lambat, seperti yang kita tahu dari pengalaman memperoleh keterampilan yang rumit baru, terutama seiring bertambahnya usia. untuk faktor manusia insinyur ini menunjukkan bahwa kegiatan pekerjaan harus dilakukan dengan cara yang paling sederhana mungkin dan sequencing, menggunakan pengambilan keputusan paling dan jalur tercepat dari transmisi informasi, dan mempekerjakan massa tubuh sekecil mungkin. clearlt, mengendalikan kecepatan mobil dengan gerakan rumit dari kaki ke dan dari pedal terlihat bukan contoh yang baik dari faktor manusia modern yang rekayasa Otak-saraf jaringan otak dan saraf adalah struktur dari sistem komunikasi yang kompleks. Biasanya, sistem dapat mengirim dan menerima jumlah berlebihan informasi secara bersamaan. Otak adalah pusat kendali. Ini berkomunikasi dengan tubuh melalui saraf-saraf yang berjalan naik dan turun sumsum tulang belakang. Saraf sensorik membawa






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