Determining Qibla Direction using al-Biruni's First Method from Kitab Tahdid Nihayat al-Amakin with The Implementation Based on Board Arduino MCU, GPS Module, and Digital Compass

Sanjaya, W. S. Mada; Roziqin, Akhmad; Kusumorini, Astuti; Anggraeni, Dyah; Nurrahman, Fikri Ibrahim; Kresnadjaja, Winandar Ganis; Maulana, Dian Syah

doi:10.1109/isemantic.2019.8884330

Cited by 6 publications

(9 citation statements)

References 15 publications

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“…Variasi implementasi teknologinya dengan menggunakan microcontroller Arduino dengan mengikuti metode perhitungan Al-Biruni juga sudah dipublikasikan dalam bentuk makalah konferensi. 83 Al-Qur'an braille dibutuhkan oleh kaum tuna netra agar dapat tetap berinteraksi dengan kitab suci meskipun terhalang disabilitas penglihatan. Namun pembuatan mushaf Al-Qur'an braille sering mengalami kendala teknis seperti terlalu tebalnya jumlah halaman mushaf dan waktu produksi yang lama.…”

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Menyoal Argumen Kebebasnilaian Teknologi dan Merumuskan Disiplin Ilmu Teknologi Islam

Arrozy¹

2021

KALIMAH

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The notion that technology is value-free is becoming a prevalent view amongst the technology practitioners, as depicted in the phrase "guns don't kill people, people do". This is inseparable from the definition of technology which has been narrowed down to a mere tools/artifacts and the shortcomings inherent in the existing human-technology interaction model. This paper aims to re-discuss to which extent the value-free argument of technology holds true. Based on the worldview analysis, it is evident that technology is in fact valueladen. A more comprehensive human-technology interaction model is additionally proposed to overcome the shortcomings of the previous models. Having proven that technology is in fact value-laden, this paper then examines how the comprehensive teaching of Islam as a worldview can provide as a basis for the discipline of Islamic technology, i.e. a discipline of knowledge which aims to formulate how the worldview of Islam serves as the foundation for the technological development and (contemporary) technology evaluation. Some topics on the worldview of Islam that are relevant to the inventor and user of technology as well as its implementation on the practical level are addressed to show the wide-ranging scope of the discipline of Islamic technology.

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“…AlparslanAçıkgenç, Scientific Thoughts…,[82][83] Syed Muhammad Naquib Al-Attas, Prolegomena to…, 1.29 Adi Setia, "Kalām Jadīd, Islamization, and the Worldview of Islam: Applying the Neo-Ghazālian, Attasian Version", dalam Islam & Science, Vol. 10, No.…”

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confidence: 99%

Menyoal Argumen Kebebasnilaian Teknologi dan Merumuskan Disiplin Ilmu Teknologi Islam

Arrozy¹

2021

KALIMAH

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“…4a-11b, Staatsbibliothek Zu Berlin). Besides Ibn al-Haytham, there are other Muslim scientists who contribute in determining Qibla direction: al-Biruni [2][3][4] [5] Abu al-Wafa [6] [7], al-Khwarizmi [8], Ibn Mu'adh [9][10], al-Nayrizi [11], al-Quhi [12], and others [13] [14].…”

Section: Introductionmentioning

confidence: 99%

“…In our previous research, we have been published the determination of Qibla direction using al-Biruni's method [4] [5]. The Qibla direction device in our previous research is based on a microcontroller, thus the interface can only show a number.…”

Section: Introductionmentioning

confidence: 99%

“…Ibn al-Haytham's method is modified, thus the algorithm can determine the Qibla direction on the entire surface of the globe. The computation analysis result compared with the modern spherical trigonometry method and al-Biruni's method from our previous method [4] [5]. Then, the ibn al-2 Haytham's method algorithm is implemented to develop a Qibla direction device and interface based on Raspberry Pi 4, digital GPS, digital compass, and Processing 3 software.…”

Section: Introductionmentioning

confidence: 99%

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Implementation of Ibn al-Haytham’s Method for Determining Qibla Direction Using Raspberry Pi

Sanjaya¹,

Roziqin

Anggraeni

et al. 2022

KINETIK

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Ibn al-Haytham or better known as Alhazen (965-1040 AD) was a great Muslim scientist who mastered many disciplines. One of his works entitled "Qawl fi Samt al-Qibla bi al-Hisab" describes a mathematical method for determining the direction of Qibla. In this paper, Ibn al-Haytham's algorithm is modified, thus the algorithm can determine the Qibla direction on the entire surface of the globe. Then, Ibn al-Haytham's mathematical method is compared with modern spherical trigonometry methods and our previous research using al-Biruni’s method. The computational results show that all methods have the same accuracy, and show that ibn al-Haytham's method is still relevant now. Therefore, the modified ibn al-Haytham method algorithm was implemented to develop a Qibla direction device and interface based on Raspberry Pi 4, GPS module, digital compass, and Processing 3 software. The implementation results show that the device can display the Qibla direction interface according to numerical calculations with high accuracy, real-time, and dynamic interface.

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The Third al-Biruni’s Method for The Determination of Qibla Direction from Kitab Tahdid Nihayat al-Amakin with The Implementation Based on Arduino Board MCU, GPS Module, and Digital Compass

Sanjaya

Roziqin

Kusumorini

et al. 2019

2019 International Seminar on Research of Information Technology and Intelligent Systems (ISRITI)

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Determining Qibla Direction using al-Biruni's First Method from Kitab Tahdid Nihayat al-Amakin with The Implementation Based on Board Arduino MCU, GPS Module, and Digital Compass

Cited by 6 publications

References 15 publications

Menyoal Argumen Kebebasnilaian Teknologi dan Merumuskan Disiplin Ilmu Teknologi Islam

Menyoal Argumen Kebebasnilaian Teknologi dan Merumuskan Disiplin Ilmu Teknologi Islam

Implementation of Ibn al-Haytham’s Method for Determining Qibla Direction Using Raspberry Pi

The Third al-Biruni’s Method for The Determination of Qibla Direction from Kitab Tahdid Nihayat al-Amakin with The Implementation Based on Arduino Board MCU, GPS Module, and Digital Compass

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