The Analysis and Design Marketplace Information Systems Web-Based of Electronic Repair Service Providers with Haversine Method

Putra, Darmayana; Daniawan, Benny; Witno, Suwit; Wijaya, Andri

doi:10.32877/bt.v2i1.89

Cited by 3 publications

(3 citation statements)

References 3 publications

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“…Black box testing with boundary value analysis technique is a widely used method in software testing due to its effectiveness in identifying errors and bugs that may impact the quality and usability of an application (Putra et al, 2019). This technique involves testing the application's functionality without understanding its internal code structure.…”

Section: System Feasibility Calculationsmentioning

confidence: 99%

Feasibility Analysis of Bengkel Koding Website Using Black Box Testing and Boundary Value Analysis

Putri,

Susanto

2024

SinkrOn

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In an era of rapid technological development, application development has become common, especially in coding. However, most websites do not give appropriate assignments and instructors to help improve coding skills. Because of this, the Bengkel Koding of Dian Nuswantoro University Semarang is a solution to improving the quality of coding learning. This research aims to identify the shortcomings in the website and ensure that the website functions as expected by the users. By testing the application like this, researchers can know which problems can affect the user experience. This research uses one of the frequently used tests, namely Black Box testing. The objective is to verify that the system's functions, inputs, and outputs align with the specified requirements. In addition to the Black Box method, this research uses a technique called Boundary Value Analysis. This technique is to identify errors or bugs that can affect the user experience by focusing on the input value boundary. The test results will use a quality ratio that will determine whether or not the system is suitable for use by users. Through 30 test cases, most website functions have been tested properly, with the feasibility level reaching 83.333%. Nonetheless, five errors or bugs were still found, emphasizing the need for further improvement. The results of this study provide valuable insights into improving the quality and convenience of users in accessing the Bengkel Koding website.

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Section: System Feasibility Calculationsmentioning

confidence: 99%

Feasibility Analysis of Bengkel Koding Website Using Black Box Testing and Boundary Value Analysis

Putri,

Susanto

2024

SinkrOn

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“…In a study conducted by Darmayana et al [5] using the Haversine method to help users find electronic service points in the Tangerang area. The implementation system using Haversine method 75% accepted by the user.…”

Section: Literatures Reviewmentioning

confidence: 99%

Information System Design of Online Motorcycle and Car Repair Shop Using Dijkstra Method

Wijaya

Daniawan

2021

Tech-E

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Now more people are using motorized vehicles. In addition, the use of technology is also increasing, people are increasingly experiencing fast-paced services. However, in the midst of busy society and online services, some services still have to be done manually, one of which is register for a motorcycle or car repair shop. There are still many people difficult to find the right, closest, and comfortable with the needs of their vehicle. With the existing problems, a vehicle service ordering system is needed that can serve the community quickly and practically, which can be accessed by many people, especially in Tangerang City. With a vehicle service ordering system for motorcycles or car repairshop, people can easily find a repair shop that is the closest to their location and can order without having to wait in long queues. The design of the system for the closest repair shop locations uses the Dijkstra method. The workings of Dijkstra's Algorithm is to create a path to one optimal node at each step. Dijkstra's algorithm has the property to find the point whose distance from the starting point is the shortest. To find out whether the system has been accepted and has met the requirements, the system is tested using the User Acceptance Test (UAT) method, and from the test results, 85.1% of users are satisfied with the system.

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“…Haversine memiliki banyak kelebihan dibanding perhitungan jarak geodetic lain yaitu mudah dalam perhitungan, akurat, memiliki tingkat eror rendah dalam kecepatan menganalisa [4]. Penggunaan algoritma ini sudah banyak dilakukan antara lain untuk pencarian rute sekolah [5] , masjid [6], bahkan service center [7].…”

Section: Metode Haversineunclassified

Implementasi Algoritma Dijkstra Dan Metode Haversine Pada Penentuan Jalur Terpendek Pendakian Gunung Merapi Jalur Selo Berbasis Android

Harsadi¹,

Nugroho²

2020

TIKomSiN

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Mount Climbing or mountaineering is one of high-risk sports having certain techniques. There are many factors emerging the lost of mountaineer, such as, getting lost or having out of the track because of bad weather and trying for a new track without well-preparations. Meanwhile, the information of mountaineering route usually can be got from brochure or map at mount base camp in general. Furthermore, some cases state that the mountaineers also must find the closest path to the peak or the closest base camp because of bad weather or condition. The lack of mountain cartographic application and the importance of the closest track become the background of the Dijkstra algorithm implementation based on Android for deciding the shortest track to Mount Merapi via Selo. The methods of this research are Dijkstra algorithm for deciding the shortest rate and Harversine method for giving the value of passed node. The use of Google map and GPS applications are used for mapping and finding the location coordinate. This data will be processed using PHP and MySql database. The results of research are this application can be used easily using smartphone and the feasibility test shows “Good” value with 77% average.

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The Analysis and Design Marketplace Information Systems Web-Based of Electronic Repair Service Providers with Haversine Method

Cited by 3 publications

References 3 publications

Feasibility Analysis of Bengkel Koding Website Using Black Box Testing and Boundary Value Analysis

Feasibility Analysis of Bengkel Koding Website Using Black Box Testing and Boundary Value Analysis

Information System Design of Online Motorcycle and Car Repair Shop Using Dijkstra Method

Implementasi Algoritma Dijkstra Dan Metode Haversine Pada Penentuan Jalur Terpendek Pendakian Gunung Merapi Jalur Selo Berbasis Android

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