2018 3rd International Conference on Information Technology, Information System and Electrical Engineering (ICITISEE) 2018
DOI: 10.1109/icitisee.2018.8720964
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Analysis of Speed Gablind App in Detecting Obstacle-Experiment Results

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Cited by 5 publications
(4 citation statements)
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“…There are studies that make use of smart glasses, such as references [50,51], which have developed glasses with ultrasonic sensors for obstacle detection. In [52] the reaction speed in obstacle detection is analyzed by using glasses with the Gablind tool, which reproduces navigation instructions through an app. In [53] an AR system is developed with glasses and smart bracelets for mobility in the city for people with disabilities.…”
Section: B Ar Solutions For Impaired Peoplementioning
confidence: 99%
“…There are studies that make use of smart glasses, such as references [50,51], which have developed glasses with ultrasonic sensors for obstacle detection. In [52] the reaction speed in obstacle detection is analyzed by using glasses with the Gablind tool, which reproduces navigation instructions through an app. In [53] an AR system is developed with glasses and smart bracelets for mobility in the city for people with disabilities.…”
Section: B Ar Solutions For Impaired Peoplementioning
confidence: 99%
“…Gambar berikut ini merupakan gambaran proses sistem yang terdapat di Gablind and Gablind App. Hal tersebut dapat dilihat pada gambar 1 [7].…”
Section: B Gablindunclassified
“…Selain itu, aplikasi ini memiliki beberapa fitur yaitu pendeteksi lokasi kacamata dengan nama menu "where is my Gablind", untuk mengetahui lokasi penyandang tunanetra secara real time dengan nama menu G-location dan memberikan arahan bagi penyandang tunanetra ke suatu tempat yang dituju oleh penyandang tunanetra yang terintegrasi dengan google maps yaitu G-Walk. Alur sistem aplikasi dapat dilihat pada Gambar 2 [7].…”
Section: B Gablindunclassified
“…Salah satu tantangan dalam perencanaan jalur untuk robot otomatis adalah ketidakpastian dalam lingkungan operasional [25]. Dimungkinkan adanya halangan yang tidak terprediksi yang dapat menghambat robot, pembacaan jarak yang tidak stabil berpotensi terjadi kesalahan pembacaan dan membuat robot gagal melakukan pengereman otomatis [26]. Robot USMAN menggunakan jarak 50 cm untuk mulai mendeteksi halangan di sekitar robot, dan pada jarak 30 cm mulai dilakukan pengereman otomatis agar robot tidak menabrak.…”
Section: Analisis Sistem Kendali Robot Usman Untuk Sterilisasi Lantai Masjid Dengan Algoritma Proportional Integral Derivative (Elik Hariunclassified