Electro Luceat

Android-Based Banyumas Community Complaints Information System

2023-12-06T08:37:05+07:00

One of the efforts to make the community participate in the government's efforts to improve public services is public complaints. When making complaints manually, for example in the suggestion box, many who are pessimistic are not conveyed. Based on the background above, the researcher formulated the problem of this study, namely how to build an Android-based Banyumas Community Complaint Information System to produce an interactive system for public complaint services? So that the public can complain regarding issues that are often complained about regarding health, education, tourism, roads, and disasters to the relevant agencies, besides that the community can check whether their complaints have been submitted or not. Stakeholders involved are the community, super admin, service admin and leadership. This Android-based Banyumas Community Complaint Information System exists to make it easier for the public to submit their complaints directly to the Banyumas Regency government. The benefits of the Android-Based Banyumas Community Complaint Information System enable the community to actively submit complaints about the implementation of development and management of regional services in the Banyumas Regency environment. This research system development method uses the prototype method. Based on the results of the benefit test, the average value of Usability is 94.1%, Integrity is 89.75%, Correctness is 89.7%, Reliability is 88.25%, and Efficiency is 85.3%. So, it can be concluded that this system can speed up the process in terms of the time it takes to receive complaints.

IOT Penerapan IoT Pada Desain Alat Pengusir Tikus Rumah Mengunakan Sensor Pir

2023-12-07T11:45:39+07:00

Tikus merupakan hewan pengerat atau hama pengganggu yang dapat menimbulkan kerugian diberbagai sektor kehidupan, terutama pada sektor lingkungan perumahan. Untuk mengusir tikus di area perumahan masyarakat melakukanya dengan menggunakan jebakan atau perangkap tikus dan apa pula yang menggunakan racun tikus. Namun, cara tersebut dinilai dapat menimbulkan dampak yang buruk bagi lingkungan sekitar. Maka dari itu diadakan penelitian tentang cara mengusir tikus menggunakan gelombang ultrasonik yang terintegrasi dengan internet sebagai alternatif dalam mengatasi masalah tersebut. Alat ini tersusun atas beberapa komponen elektronik seperti mikrokontroller arduino uno yang berfungsi sebagai pusat pengendali dari seluruh sistem, sensor PIR berfungsi sebagai inputan atau masukan ke sistem, nodeMcu berfungsi sebagai modul yang dapat mengirimkan pesan notifikasi ke pemilik rumah melalui sebuah aplikasi telegram, dan generator ultrasonik yang berfungsi sebagai rangkaian pembangkit gelombang ultrasonik untuk mengusir tikus. Berdasarkan penelitian yang telah dilakukan pada alat pengusir tikus menggunakan gelombang ultrasonik pada rumah yang terintegrasi dengan internet layak digunakan untuk mengusir tikus.

"SMART WASTE PROCESSOR" INNOVATION FOR SELECTING AND SHUTTING RAW MATERIALS FOR FERTILIZER AND PLASTICS BASED ON THE INTERNET OF THINGS

2023-12-06T08:37:05+07:00

Waste management is one of the main challenges in protecting the environment and our health. Waste processing requires good and correct handling so as not to cause environmental pollution. This research aims to utilize the results of waste processing, especially organic and plastic waste, to reuse them. Waste processing in this research develops Internet of Things technology in monitoring the results of counting organic and plastic waste. The waste enumeration results are sent using the Callmebot API connected to the Whatsapp application. Testing of the Smart Waste system was carried out using the Proteus 8 simulation. From this test, the results showed that all components in the Smart Waste system ran well, and the simulation accuracy was 100%.

Keywords: Smart Waste, Whatsapp, Internet of Things, Proteus 8

RANCANG BANGUN SISTEM HIDROPONIK NFT BERBASIS ARDUINO DENGAN SUMBER TEGANGAN PLTS

2023-12-28T11:29:52+07:00

Hydroponics is a technique of cultivating plants with water that has been added with AB Mix nutrients. The hydroponic system used in this research is NFT. This system uses shallow water and is circulated continuously for 24 hours using a pump so that plants can get sufficient water, nutrients and oxygen. The electricity supply from PLN is not always available and the hydroponic system is not always made in places where PLN electricity is available, therefore in this research the voltage source comes from PLTS. In this research, a 50 Wp polycrystalline solar panel and a 70 Ah battery were used. To produce plants with optimal development, proper nutrition and pH are needed. Therefore, an Arduino-based pH and nutrition monitoring system is used. The results of pH and nutrient readings are displayed on the LCD screen. If the pH and nutrient level readings are outside the predetermined level, the buzzer will sound. To adjust the pH and PPM of hydroponic water to suit the needs of plants, you need to add a pH regulator and AB Mix to the hydroponic water. From the experiment, for every 5 mL of pH down added to 20 L of hydroponic water, the pH will decrease by 0.27, while for every 5 mL of solution A and 5 mL of solution B, there will be an increase in PPM of 50.89.

ANALYSIS OF FACTORS AFFECTING HOUSEHOLD POVERTY IN KOTAYASA VILLAGE THROUGH A BINARY LOGISTIC REGRESSION APPROACH

2023-12-06T14:05:28+07:00

Kotayasa Village is a village that has the highest number of poor households in Banyumas Regency with 1,662 poor households (78%). This study aims to determine which factors have a significant effect and interpret the binary logistic regression model for poor households in Kotayasa Village. The data used in this research is secondary data from the Office of Social and Community and Village Empowerment in Banyumas Regency. The results showed that the factors that had a significant effect on poor households in Kotayasa Village were electricity, gold savings and livestock. Meanwhile, factors that have no significant effect are sources of drinking water and private vehicles. The results of the analysis obtained the odds ratio values, namely electric power of 3,999, gold deposits of 7,963, and livestock of 1,497. The electric power variable shows that households with electric power less than equal to 900 have a greater chance of being included in poor households of 3,999. The gold savings variable is that households that do not have gold savings have a greater chance of being included in poor households of 7,963. The livestock variable shows that households that do not have livestock have a greater chance of being included in poor households of 1,497.

Keywords: Odds ratio, binary logistic regression, poor household.