This study aims to determine the results of the implementation of moodle-based e-learning. This type of research is a descriptive analysis with a frequency distribution, namely concluding based on the data obtained during the study. The research sample was 71 people. The results of the study found that there were 19.3% of students who answered strongly agree; 61.5% of students who answered agreed; 16.4% answered disagree 2.7% answered strongly disagreed with using moodle-based e-learning during the Covid-19 pandemic. For some students who answered disagree and strongly disagreed, it was because the student concerned did not yet have a laptop and their place of residence was far from urban areas. In conclusion, the use of moodle-based e-learning is very appropriate, in order to overcome conventional learning activities that cannot be done due to the COVID-19 pandemic and the availability of facilities and infrastructure is very much needed so that learning outcomes can be realized. Keywords: e-Learning, Moodle

The administrative process at Kotaratu health center still uses manual means. So, it takes a long time in handling patient visits and making reports. The goal of the study was to build a desktop-based medical record information system using the Microsoft Visual Basic. Net Programming Language and MySQL as its database. Data collection techniques through interviews, observations and literature studies. Meanwhile, to develop software (system) with waterfall method, while testing uses blackbox-testing. Our findings are in the form of a desktop-based information system at Kotaratu health center. Furthermore, Blackbox-testing results show that all components in this system are running well, and all medical record data is stored in the database to provide a convenience in managing patient data, searching for medical records, managing medical records and making reports periodically.

The University of Flores first conducted E-Learning learning amid the covid 19 pandemic, the problem faced was that most of the lecturers at the University of Flores did not understand E-learning by using information technology. The Faculty of Information Technology facilitated all faculties at the university to conduct e-training. E-Learning, in the learning process. The aim is to measure success in implementing the University of Flores E-Learning information system. The model in this study is the Delone and Mclean model to measure success with six dimensions, namely, system quality, information quality, users, service quality, user satisfaction, net benefits. The method in this research is observation, a survey using questionnaires in the form of a Likert scale, and a literature study. The data analysis technique used simple linear regression. The results showed that the Delone and Mclean models were very well used to measure the success of using e-learning. The conclusion is that the quality of information on the use percentage of 34.4%, the quality of service they use of 33.8%, the quality of the system on the satisfaction of the users is 38.6%, and the quality of the services on the satisfaction of the users 34,5%, the users on the satisfaction of the users 43,4%, use of net benefits is 58.7% and user satisfaction of net benefits is 48.8%. The higher the value of these variables, the higher the success rate of information systems using E-learning at universities will be.

Pintu adalah salah satu fitur pertahanan pertama untuk menjaga keamanan fisik rumah. Dalam sebuah rumah, pintu memiliki peranan penting dalam masalah keamanan. Terkadang kelalaian penghuni rumah dalam menjaga keamanan rumah membuat keamanan pintu rumah menjadi tidak terkontrol seperti, lupa mengunci pintu saat keluar rumah, kehilangan kunci rumah, dan mungkin lupa apakah sudah mengunci pintu atau belum. Kelemahan keamanan lainnya adalah mudahnya pencuri membobol pintu rumah yang masih menggunakan kunci manual. Dari masalah-masalah tersebut dalam penelitian ini mengusulkan sebuat sistem keamanan pintu rumah menggunakan sistem kontrol biometric dan sistem kontrol manual berbasis Internet of Things untuk mengendalikan pintu dan meningkatkan keamanan rumah. Dalam penelitian ini menerapkan dua mekanisme pengontrolan pintu rumah yaitu dengan memanfaatkan sensor sidik jari sebagai sistem kontrol biometric, dan sistem kontrol manual berbasis Internet of Things untuk langkah alternatif, apabila terdapat masalah dengan kondisi fisik jari penghuni rumah. Metode implementasi perancangan sistem menggunakan mikrokontroler NodeMCU ESP8266 dengan bahasa pemrograman Arduino dan aplikasi mobile blynk berbasis android. Hasil evaluasi menunjukan bahwa adanya integrasi yang baik antara kontrol menggunakan sensor sidik jari dan kontrol manual berbasis Internet of Things dimana kedua kontrol melakukan respon membuka dan mengunci pintu rumah selama 5 detik sehingga tidak ada celah kelalaian yang dapat berdampak buruk bagi keamanan rumah.

No abstract