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NAČRTOVANJE, RAZVOJ IN IZVEDBA SISTEMA ZA ANALIZO NEVROMIŠIČNIH ZMOŽNOSTI ROKE PRI KOMUNIKACIJI ČLOVEK-STROJ
TRESKA, GREGOR (Author), Blažič, Sašo (Mentor) More about this mentor... This link opens in a new window, Belič, Aleš (Co-mentor)

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Abstract
Različne nevromišične degenerativne bolezni je možno spremljati preko motoričnih odzivov pri izvajanju različnih nalog. Največkrat uporabimo za merilo kar motorično aktivnost rok, za uspešno analizo pa je potrebno še hkratno spremljanje možganske aktivnosti. Možgansko aktivnost spremljamo običajno z elektroencefalografijo, medtem ko za spremljanje motoričnih lastnosti roke uporabljamo razne oblike aktivnih in pasivnih mehanizmov. V okviru diplomske naloge smo načrtali in izdelali prototip aktivne naprave za spremljanje motorične aktivnosti roke. Naprava omogoča poljubno nastavljanje sile gumba, na katerega pritisnemo kot odgovor na dano nalogo, sila pa mora biti konstantna po celotnem hodu gumba.

Language:Slovenian
Keywords:nevromišična zmožnost, komunikacija v zdravstvu, komunikacija človek-stroj, nevrološka bolezen, EEG, pogon s tuljavo in magnetnim oklopom, bremenska celica, LDR, močnostna LED, ocenjevanje pozicije, naprava za zajemanje mišične sile
Work type:Undergraduate thesis (m5)
Organization:FE - Faculty of Electrical Engineering
Year:2014
Views:996
Downloads:808
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Secondary language

Language:English
Title:DEVELOPMENT, DESIGN AND IMPLEMENTATION OF A SYSTEM FOR ANALYSIS OF NEUROMUSCULAR CAPABILITES OF A HAND DURING HUMAN-MACHINE COMMUNICATION
Abstract:
Various neuromuscular degenerative diseases can be monitored through motor responses while some cognitive tasks is being preformed. Most often motor activity of hands is used and is combined with simulataneous monitorng of brain activity for efficient analysis and diagnosis of the status of the disease. Brain activity is often monitored with electroencephalography while motor activity requires various types of active or passive mechanical devices. In the frame of the diploma thesis we have developed, designed and constructed a prototype of a device for measuring motor activity of a hand. The device have freely adjustable force of a button that is used to communicate a response on some cognitive task. The force is constant over the entire button stroke.

Keywords:neuromuscular efficiency, communication in health care, man-machine communication, HCI, neurological disease, EEG, VCM, voice coil motor, load cell, LDR, power LED, position estimation, device for muscular force caption

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