Regional Leading Potential Recommendations: Implementation of Haversine Formula in Sidoarjo on Hands Mobile Applications

Purbaningtyas, Rani; Arizal, Arif; Sholehuddin, Muhammad

doi:10.25045/jpit.v10.i2.10

Cited by 4 publications

(4 citation statements)

References 1 publication

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“…Haversine Formula Implementation in the SoH Application The Haversine formula calculates the distance between the user's location and the intended destination point. How to calculate it as below (Purbaningtyas et al, 2019): 1. The system will retrieve the coordinate data (lat one and lon1) of the current location of the user 2.…”

Section: Haversine Methodsmentioning

confidence: 99%

Implementation of the Haversine Method for the Application of Finding Tourist Attractions in Nanggung District

Fatimah

Ikhsan

Wulandari

2022

pilar

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Traveling is one of the most popular hobbies nowadays. Natural tourist destinations located in the countryside are a choice for travelers. There are several tourist sites located in the country of Bogor, one of which is in the district of Nanggung. Nanggung sub-district is in the region of west Bogor, approximately 60 km from the capital city of Bogor Regency (Cibinong). The location of the Nanggung sub-district has an area of 135.25 km2, located near the foot of Mount Salak, creating a beautiful atmosphere and quite cold air. There are approximately 30 tourist destinations in the Nanggung sub-district. Base mobile application to help tourists determine the nearest destination. This mobile application helps domestic and foreign tourists select the closest tourist sites visited in Nanggung, Bogor Regency. The haversine method used to calculate the distance is the haversine method. The haversine method estimates the distance. Haversine will calculate the distance between the application user and the location of the surrounding tourist points located in the Nanggung sub-district. This study aims to calculate the length of application users to tourist sites. So that users get convenience in determining the closest location from the application user's position.

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Section: Haversine Methodsmentioning

confidence: 99%

Implementation of the Haversine Method for the Application of Finding Tourist Attractions in Nanggung District

Fatimah

Ikhsan

Wulandari

2022

pilar

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“…The haversine algorithm is an example of modeling calculation in the form of trigonometry, which is applied to a round shape. This algorithm discusses the shapes of sides and angles in spherical triangles [7]. Fisgure 1.…”

Section: Haversine Formulamentioning

confidence: 99%

Application for Electronic Services in Malang City Based on Android

Wibowo

Pramitarini

Bramantya

2021

Media Komunikasi Teknologi

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Most people have electronic units. Electronic units also have advantages and disadvantages. As the advantages, electronic is that it can simplifies human-work, for example, people used to wash their clothes in a bare hand. Since the existence a washing machine, people only need to put dirty clothes into the tub then the washmachine does the rest. For the disadvantages, electronics have an expiration date. If the electronics are on the expiration period, the performance decreased. The problem can overcome by repairing the stuff. If someone cannot to repair electronics the item itself, then requires someone else who is capable to solve it in the field. To ease the time looking for services that are nearby to the user's current location is possible. The system has been implemented on smartphone devices with an Android and Web-connected to the internet. The system help users to get information on the location of the nearest electronic service service and display service progress in realtime.The results provide a reference to the implementation of the Haversine Algorithm for distance calculation formula using GPS on an Android smartphone. This system proposes a solution as a liaison between service buyers and service providers. For electronic service providers can be used as a medium for promotion. The application is convenience in getting the nearest location for service, displays the service progress and with distance and location information features in this system can provide a reference for buyers of electronic services.

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“…According to [13], in order to find a straight distant line between two coordinates on the earth using longitude and latitude parameters the Haversine Formula is an essential equation, this algorithm discusses the shapes of sides and angles in spherical triangles. The reliable academic authority revealed that in 1805, a scientist created a Haversine table to determine a distance between points and the Haversine equation is utilized to calculate the space between user's area and the point of planning destination [14]. The distance calculation between 2 or more mobile users is the key point that will be used as the core issue in this proposed framework in which the distance should be in meter.…”

Section: Distance Measurementmentioning

confidence: 99%

“…Additionally, Haversine formula is represented as great circle space (removal), this equation performs calculation from main point to the goal point with trigonometric work by using scope and longitude which produces distance data between two points in meters [15]. Generally, (Mobile Station) MS location is composed of two or three dimensions and it may include information such as; the latitude and longitude of where the MS is located [14]. In order to calculate the distance between two points, the Haversine formula is the proper formula in this regard, which latitude is represented as input and longitude as the initial and last point.…”

Section: Distance Measurementmentioning

confidence: 99%

Designing a Framework to Control ?the Spread of Covid-19 by Utilizing ?Cellular System

Ahmed

2020

KJAR

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Nowadays coronavirus (Covid-19) has become a concerning issue in the world, according to WHO latest report more than 8,000000 of people in our planet have been infected and more than 400000 of people have died until the writing of this paper. Everybody on this planet is exposed to get this pandemic. Scientists, organizations, governments, and universities around the world endeavor to ‎find proper solutions to control the spread ‎of covid-19. Thus, the aim of this paper is to propose an applicable framework to control the spread of Covid-19 by utilizing Cellular System. This is done by Haversine formula to calculate the distance between mobile phones based on cell towers. And it can also be fulfilled via designing a framework which is composed of four phases. Phase 1, deals with distance calculation and data collection about the infected and suspected persons. Then in phase 2, the Authorized Clinical Center (ACC) delivers the ID of the infected person to the Telecom Company (TC) to gather information about the unknown suspected persons. In turn, phase 3 diagnoses the infected persons and informs them to visit the ACC. In the last phase, the suspected persons are tested and the infected ones are recognize.

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Regional Leading Potential Recommendations: Implementation of Haversine Formula in Sidoarjo on Hands Mobile Applications

Cited by 4 publications

References 1 publication

Implementation of the Haversine Method for the Application of Finding Tourist Attractions in Nanggung District

Implementation of the Haversine Method for the Application of Finding Tourist Attractions in Nanggung District

Application for Electronic Services in Malang City Based on Android

Designing a Framework to Control ?the Spread of Covid-19 by Utilizing ?Cellular System

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