Internet of Things (IoT) based sensor systems has provided sophisticated services by connecting objects based on information exchange technology. This paper proposes the development of an IoT-based ...sensor system for monitoring stop line traffic area using the Atmega2560 microcontroller. The focus on traffic monitoring was chosen because currently traffic enforcement is one of the efforts to reduce the number of accidents and increase progress in the traffic system. The sensor used is an ultrasonic sensor connected to the SIM800L module. The ultrasonic sensor will work when the driver or motorist crosses the line by sending text message to the device, while the camera in the sensor system will monitor and capture images of violation in the traffic area. The sensor will not work if the reading distance above 110mm, since the distance indicates that the traffic line is heading in the opposite direction.
Based on data from the Central Statistics Agency (BPS) in 2017, the number of theft victims in Indonesia reached 84.47%, this increased in 2018 to 84.48%. The increase in theft cases in Indonesia is ...not balanced with the use of adequate housing security systems by the community. Based on data from the Central Statistics Agency (BPS) in 2017, there are 61.21 % of people in Indonesia who still use simple home security systems such as padlocks, ordinary door locks, and layered door bars. This causes 58.85% of people in Indonesia who are worried when leaving home in an uninhabited state. In this final project, the author creates a mobile application that can assist users in monitoring residences to provide a sense of security and comfort for users when leaving their residence. This mobile application is integrated with the deep learning system using a data communication system. The process of creating this mobile application starts from identifying system needs, then making user flow design and entity relationship diagrams, after which doing the design and implementation of user interfaces and user experiences, finally the author conducts system testing. This mobile application has three main features, namely homepage, page profile, and SOS page. In addition, the mobile application is also equipped with a notification feature, to notify users when a dangerous activity occurs with the concept of Smart Home Warning System. Based on the results of tests conducted on mobile applications, all functional and non-functional requirements were successfully met. All existing features can be used and work according to their respective functions. As for the homepage feature can display camera capture, captured motion status, timestamp, and verification of dangerous conditions by users, the page profile feature is able to display the terms and conditions of application use, and the user's personal account, and the SOS page feature is able to display emergency contacts that users can contact in case of dangerous conditions.
It is well-known that the potential of solar energy in Indonesia is very high due to the location which is on the equator. The potential of solar energy based on the National Energy Council reaches ...4.8-kilowatt-hours per square meter per day (kWH/m 2 /day). Therefore, portable solar power plants using photovoltaic have high possibility to be used as electricity sources in remote areas or as alternative energy when earthquakes and tsunamis occur. In this paper, the development of portable solar power plant is proposed with the capability to be connected to internet of things (IoT). The design specification of proposed portable solar power plant will depend on the electricity power required by the equipments. The use of components for realizing the proposed portable solar power plant must support the portability aspect. The realized portable solar power plant equipped with IoT connectability has demonstrated the output AC voltage of 224V at the frequency of 49.9Hz satisfying the electricity needs in remote areas or disaster-prone areas.
Since early 2020, the world has been experiencing the impact of the Coronavirus Disease 2019 (COVID-19) pandemic. It has spread out to more than 200 countries including Indonesia. As of July 6, 2020, ...in Indonesia the number of people confirmed with COVID-19 was 64,958 people with 3,241 people declared dead. The spread of COVID-19 in Indonesia has occurred in various places, such as markets, stations, terminals, and worship places. The emergence of new government policy, namely the Adaptation of New Habits (New Normal), which aims to keep people productive and safe from COVID-19 during the pandemic, can backlash against people's productivity. Therefore, a solution in the form of Integrated COVID-19 Early Prevention Devices (INCEPS) in preventing the spread of COVID-19 at public area is proposed with artificial intelligence-based smart-gate and website integration. Here, the implementation of the proposed solution is in the form of smart gate design integrated with the INCEPS website to monitor community density in various places and to provide reminders for the public to more adhere in health protocols recommended by the government.
As the most disaster-prone countries in the world, Indonesia is facing multiple hazards. However, due to some technical problems such as condition of the hazard level, the performances of disaster ...management have not yet run optimally. In contributing to the disaster management, this paper proposes the development of after-disaster rapid mobile assessment application using android platform. The application which is a client-server-based system is deployed on a web server for the server side and implemented on a mobile device for the client side. By using the proposed application which then it is named as Mobile Indonesia Damage Data Assessor (MIDDAS), the assessors are allowed to inventory disaster-damaged buildings by uploading the damage data into the rapid damage assessment server to be displayable on the web pages. Based on the data, the decision maker can assess rapidly the essential damage information and calculate the required recovery cost.
Indonesia has a potentiality in solar energy quite high since it is located on the equator area. The potency of solar energy in Indonesia, based on the national energy council, spans around 4.8 ...kilowatt-hours per square meter per day (kWh/m 2 /day). This is very advantage for establishing small scale solar power plants as source of electricity in remote areas especially which has portability aspect. However, the energy management generated by a portable solar power plant has rarely received attention and often conducted manually. Therefore, in this paper, the development of energy management system is proposed for portable solar power plant, in which the system has the connection to Internet of Things (IoT) network. So the controlling of power usage as well as the monitoring process of battery capacity can be conducted easily through smartphones, tablets, or computers.
Teknologi berkembang dengan pesat seiring berjalannya waktu. Perkembangan teknologi ini memberikan banyak dampak bagi manusia. Manusia juga dituntut untuk lebih kreatif dan bijaksana dalam menghadapi ...perkembangan teknologi ini. Dengan berkembangnya teknologi berkembang pula permasalahan yang dihadapi manusia. Salah satunya adalah berkembangnya kebutuhan akan fasilitas khususnya parkir. Seringkali manusia merasa kesulitan dan membutuhkan waktu yang cukup lama untuk mencari lokasi parkir. Berdasarkan permasalahan diatas maka diperlukan aplikasi yang dapat mencarikan lokasi parkir secara otomatis, dan tentunya membantu manusia untuk menemukan lokasi parkir tersebut. Aplikasi ini memerlukan bantuan dari google maps API untuk membantu memberikan gambaran dari lokasi parkir yang telah ditentukan oleh sistem. Hasil akhir yang diperoleh adalah sebuah sistem untuk menemukan lokasi parkir terdekat dan menunjukan letak serta arah/rute untuk mencapai lokasi parkir tersebut khususnya lokasi parkir yang terdapat di Apartment Permata Surya 1.
Teknologi kini berkembang sangat pesat di berbagai bidang. Hal ini tentunya ditandai dengan diterapkannya sistem komputerisasi di berbagai institusi seperti perusahaan, sekolah, universitas dan rumah ...sakit. Penerapan sistem komputer di berbagai industri memudahkan perusahaan dan konsumen informasi yang tertarik untuk mengambil informasi dengan cepat dan efektif. Pada penelitian ini penulis menemukan masalah di PT. Vicalta Gracias Indonesia yang dimana dalam proses penggajian masih menggunakan metode tradisional yaitu menghitung secara manual setiap gaji karyawan dengan excel maupun kalkulator. Maka dari itu saya ingin membuat dan merancang aplikasi penggajian karyawan berbasis web menggunakan framework codeigniter dengan metode MVC agar dapat membantu bagian HRD dalam proses penggajian karyawan dan juga mempermudah perhitungan gaji setiap karyawan, mempermudah setiap karyawan dalam mencetak slip gaji setiap bulannya dan mempermudah HRD dalam melihat laporan absensi dan juga laporan daftar gaji karyawan, dan juga dapat meminimalisir kesalahan perhitungan gaji setiap karyawannya dan juga meminimalisir terjadinya keterlambatan pembayaran gaji kepada karyawan setiap bulan.
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