Sistem Monitoring Penyewaan Alat-Alat Outdoor Berbasis Web

Abstract

Tujuan penelitian ini untuk mempermudah pada pendataan barang sehingga memudahkan bagi pelaku usaha dalam monitoring penyewaan alat-alat outdoor, Aplikasi yang dibangun menggunakan rancangan sistem bahasa pemrograman HTML, CSS dan Java Script kemudian menggunakan framework codeigniter dan komponen materialize serta menggunakan MySQL dan XAMPP sebagai database serta tools dalam menjalankan server-side. Metode waterfall dipilih sebagai metode dalam pengembangan sistem yang dibangun. Hasil penelitian diketahui bahwa; 1) Peran teknologi di era digital saat ini, dapat mempermudah penanganan manajemen usaha khususnya pada bidang penyewaan alat-alat sehingga membantu permasalahan dan penanganan dalam mengolah dan memproses laporan penyewaan, 2) Para custumer Hiking, Trekking, Mountaineering dan sebagainya akan memiliki sebuah wadah untuk meminjam alat alat dan kebutuhan menanjak gunung, dan 3) Dengan penggunaan aplikasi yang dibangun dapat mempermudah dalam monitoring penyewaan alat outdoor.

Photosvaltable Characteristics Monitoring System Using the Internet of Things (IOT)

“…Some previous research has been done, but there are still limitations where previous research used microcontrollers and supporting sensors to measure the characteristics of solar panels, comparing polycrystalline and monocrystalline. This method is less accurate because testing is done in the field, causing limitations in measuring response and reliability to load changes [9] [10]. Another study examined the surface temperature characteristics of solar panels using the True Experimental Research method, but also experienced limitations in measuring the response to load changes because the tests were conducted outdoors [10].…”

Photosvaltable Characteristics Monitoring System Using the Internet of Things (IOT)

“…Some previous research has been done, but there are still limitations where previous research used microcontrollers and supporting sensors to measure the characteristics of solar panels, comparing polycrystalline and monocrystalline. This method is less accurate because testing is done in the field, causing limitations in measuring response and reliability to load changes [9] [10]. Another study examined the surface temperature characteristics of solar panels using the True Experimental Research method, but also experienced limitations in measuring the response to load changes because the tests were conducted outdoors [10].…”

Photosvaltable Characteristics Monitoring System Using the Internet of Things (IOT)

“…Some previous research has been done, but there are still limitations where previous research used microcontrollers and supporting sensors to measure the characteristics of solar panels, comparing polycrystalline and monocrystalline. This method is less accurate because testing is done in the field, causing limitations in measuring response and reliability to load changes [9] [10]. Another study examined the surface temperature characteristics of solar panels using the True Experimental Research method, but also experienced limitations in measuring the response to load changes because the tests were conducted outdoors [10].…”

Photosvaltable Characteristics Monitoring System Using the Internet of Things (IOT)

“…Some previous research has been done, but there are still limitations where previous research used microcontrollers and supporting sensors to measure the characteristics of solar panels, comparing polycrystalline and monocrystalline. This method is less accurate because testing is done in the field, causing limitations in measuring response and reliability to load changes [9] [10]. Another study examined the surface temperature characteristics of solar panels using the True Experimental Research method, but also experienced limitations in measuring the response to load changes because the tests were conducted outdoors [10].…”