Perancangan Dan Validasi Modul Penyusun Serious Game Berbasis Sepeda Virtual Untuk Rehabilitasi Pasca Stroke

Haris, Muh. Fuad Al; Rini, Eka Mistiko

doi:10.25047/jtit.v5i2.89

Cited by 4 publications

(2 citation statements)

References 6 publications

(6 reference statements)

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“…Penelitian terkait yang sudah dilakukan adalah dibuat game berbasis sepeda virtual untuk rehabilitasi pasca stroke, metode yang digunakan dengan menggunakan sensor flex sebagai kendali setir, dan sensor magnet pada ban sebagai pengontrolan kecepatan sepeda [6]. Penelitian selanjutnya, dibuat sistem sepeda statis KickR Snap deban beban dinamis yang terhubung dengan realitas virtual konten video bersepeda 360 derajat dengan koneksi bluetooth [1].…”

Section: Pendahuluanunclassified

Rancang Bangun Game Bersepeda Berbasis 3D Map Tersinkronisasi Dengan Sistem Kendali Gyroscope Dan Infrared

2023

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Body health must be maintained by every individual from children to the elderly. In order for the health of the body to be in prime condition, it takes sports activity. One of the sports favored by children is cycling. Cycling is a good sport because it moves many parts of the body, from the hands on the wheel and feet to pedaling. However, some children are lazy and get bored easily when exercising because there is no motivation. Some children prefer to spend their time playing games, so a tool is needed as a means of sport that is packaged in a game to make it interesting. To form a game that resembles bicycle movements, tools can be made using ESP8266, MPU6050 as steering wheel control sensors, and infrared sensors as pedal controls. This tool will be input into the game with serial communication via a USB cable. Games with bicycle themes are made using Unity 3D coded with Visual Studio Code. The results of tests carried out using the black box method, tools and games can run according to design, starting from connecting hardware to software, calibrating, controlling games with tools, and running gameplay on games. Testing was also carried out using the User Acceptance Test (UAT) method with 60 respondents and obtained an overall score of 94.11%.

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Section: Pendahuluanunclassified

Rancang Bangun Game Bersepeda Berbasis 3D Map Tersinkronisasi Dengan Sistem Kendali Gyroscope Dan Infrared

2023

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“…Pada penelitian sebelumnya telah dikembangkan prototip perangkat simulator virtual reality augmented cycling (VRAC) yang terbukti meningkatkan luas gerak sendi dan kekuatan otot, tetapi juga mencapai kebugaran kardiorespirasi (VO2 Maksimal)[13][14][15]. Dalam penelitian ini, akan diuji penggunaan simulator VRAC untuk melatih keseimbangan dan gaya berjalan pada penderita kronik stroke dimana penilaian hasil uji coba latihan akan diukur menggunakan BBS (Berg Balance Scale) untuk melihat sejauh mana pencapaian keseimbangan[16] dan 10-MWT (10-Minutes Walking Test)[17] untuk melihat sejauh mana perbaikan gaya berjalan pada penderita pasca stroke.…”

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Pengaruh Latihan Menggunakan Simulator Sepeda Berbasis Virtual Reality Pada Keseimbangan Dan Gaya Berjalan Penderita Pasca Stroke

Haris

Rini

Yusuf

et al. 2020

J-TIT

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Gangguan keseimbangan dan gaya berjalan merupakan masalah utama pada terapi fisik pasca stroke akibat kurangnya koordinasi saraf motorik, sensorik, dan kognitif. Tujuan penelitian ini adalah mengetahui pengaruh penggunaan simulator sepeda berbasis virtual reality dalam melatih keseimbangan dan gaya berjalan pasca stroke. Subjek penelitian melibatkan 10 penderita pasca stroke yang secara acak dibagi dalam kelompok uji (n=5) dan kelompok kontrol (n=5). Semua subjek melakukan latihan berjalan dengan bantuan fisioterapis selama 20 menit, sedangkan kelompok uji coba mendapatkan tambahan latihan VRAC selama 20 menit, 5 kali seminggu selama 1 bulan. Penilaian keseimbangan dilakukan menggunakan Berg Balance Scale (BBS) dan penilaian gaya berjalan menggunakan 10-MWT. Dari hasil uji coba didapatkan bahwa nilai BBS dan 10-MWT dari kelompok uji mengalami kenaikan yang signifikan dibandingkan kelompok kontrol. Hal ini menunjukkan bahwa penggunaan simulator VRAC dalam terapi fisik stroke dapat memperbaiki keseimbangan dan gaya berjalan sehingga sesuai digunakan secara klinis lebih lanjut.

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Manipulation of Virtual Environment to Examine Perception and Vision Aspects of Individuals Post-Stroke When Driving VRAC Simulator

Lesmana

Widiawan

Hartadi

2020

J. Phys.: Conf. Ser.

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Individuals post-stroke suffer deficiency of motor function and need more effort to exercise using cycling therapy. Virtual reality augmented cycling (VRAC) that incorporate compensatory strategies such as manipulation of virtual environment (VE) may change motor behaviour and increase exercise intensity while also being engaging and motivating. In this research, we try to examine perception and vision aspects of individuals post-stroke that affect the user interface to a VE when driving a VRAC by manipulating VE features such as gain related with human perception, and width and difficulty of path related with human vision. To examine those aspects, we divided two groups, namely healthy sedentary control (n=3) as reference and individuals post-stroke (n=7). From the examination results, it was obtained that both groups had given a good enough response to manipulation of VE features although there were no significant differences to individuals post-stroke when driving VRAC in wide path conditions. Manipulation of VE features affect cycling behaviours for individuals post-stroke and assist to transfer visual information in real world to virtual world for development of post-stroke rehabilitation using VRAC system.

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Perancangan Dan Validasi Modul Penyusun Serious Game Berbasis Sepeda Virtual Untuk Rehabilitasi Pasca Stroke

Cited by 4 publications

References 6 publications

Rancang Bangun Game Bersepeda Berbasis 3D Map Tersinkronisasi Dengan Sistem Kendali Gyroscope Dan Infrared

Rancang Bangun Game Bersepeda Berbasis 3D Map Tersinkronisasi Dengan Sistem Kendali Gyroscope Dan Infrared

Pengaruh Latihan Menggunakan Simulator Sepeda Berbasis Virtual Reality Pada Keseimbangan Dan Gaya Berjalan Penderita Pasca Stroke

Manipulation of Virtual Environment to Examine Perception and Vision Aspects of Individuals Post-Stroke When Driving VRAC Simulator

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