Digital Technology: the Effect of Connected World to Computer Ethic and Family

The development of digital technology such as smartphones, tablets and other gadgets grows very rapidly in the last decade so does the development of mobile applications for those mobile systems or smartphones. Unfortunately, those applications often do not specify the age range for their users. This is actually a problem in the world of digital technology and software development. It is not yet known whether the applications is good be used for children or not. Nowadays, parents are faced with the dilemma of allowing their children to use these modern gadgets, which often lead to serious addiction or keeping them in the dark and risk raising ignorant kids. This research shows 80% of respondents agree or strongly agree that the gadget will affect to the development of children social skill. Therefore, in this research, the framework for ethical assessment is introduced and it can be applied to digital technology included gadget and its application in order to mitigate the negative effect of digital technology and gadgets

Perancangan dan Implementasi Sistem Otomatisasi Pemeliharaan Tanaman Hidroponik

Nowadays automatitation is become a trend, even though people still using manual ways to do agriculture, especially in hydroponics plantation. By using this device, people don't have to do watering and maturing hydroponics plants again, because the system will do it automatically

Papan Skor Snooker Otomatis

Now days snooker score board still using conventional score board that is made of wood. Each time a ball got in to the pocket the players has to change score manually. With Automatic score board snooker player do not have to change the score manually. This Automatic score board can detect color of the ball witch got in to the pocket then change the score according to the color that represent some value

Model Otomatisasi Penghitungan Harga Makanan pada Restoran Sushi

Pada penelitian ini akan membahas mengenai perancangan dan realisasi model otomatisasi penghitungan harga makanan pada restoran sushi. Biasanya restoran sushi menyajikan makanannya mengunakan sabuk berjalan dan piring berwarna. Penghitungan total harga makanan pada restoran sushi tersebut dilakukan oleh pelayan dengan melihat warna piring dan menghitung jumlah piring yang diambil oleh konsumen dari sabuk berjalan, tetapi dalam penghitungan terkadang pelayan salah dalam melihat warna piring atau menghitung jumlah piring yang telah diambil oleh konsumen dari sabuk berjalan. Penelitian ini membuat penghitungan total harga makanan dilakukan secara otomatis tanpa harus pelayan menghitung total harga. Dalam perancangan ini terdapat juga fitur tambahan pada meja konsumen seperti tombol pemanggil pelayan, tombol untuk mencetak tagihan, dan tampilan yang menunjukkan total harga makanan. Hasil dari rancangan ini berupa alat yang mengotomatiskan penghitungan total harga makanan pada restoran sushi terutama yang cara penyajiannya menggunakan sabuk berjalan dan piring berwarna. Kelemahan dari rancangan ini adalah alat yang dihasilkan masih dalam skala model sehingga jalur komunikasi antara meja konsumen dengan komputer masih menggunakan satu meja konsumen terhubung dengan satu port komunikasi komputer sehungga ini menyulitkan ketika jumlah meja konsumen ditambah karena port komunikasi pada komputer jumlahnya terbata

Sistem Pengisi dan Pengatur Tekanan Udara Ban Mobil secara Otomatis dengan Mikrokontroler

Sometimes to fill a tire with a air pump were made us tired. Not even to fill it up but we must check it up the tire pressure. The process of air pressure filling and control device for car tire automatically using microcontroller is the way of solution to every people to check up the tire easily. The systems can be measure maximum pressure until 50 psi then the system can be check for every change of voltage level to prove there is any leakage of tire. This system can help us more better to know our tire condition easily

Model Sistem Tagihan Listrik dan Pengendali Arus dengan Menggunakan Sensor Arus

KWh meter merupakan suatu alat yang menghitung jumlah pemakaian listrik yang mengalir melewatinya. Permasalahannya total pemakaian listrik yang tertera pada kWh meter masih dalam satuan kWh, pembatasan arus listrik menggunakan MCB. Perancangan model sistem billing listrik dan pengendalian arus bertujuan untuk mengatasi permasalahan tersebut, yaitu dengan membuat sebuah alat yang dapat berfungsi sebagai penghitung jumlah pemakaian listrik yang sudah dikonversi kedalam satuan rupiah, sekaligus dapat membatasi arus yang dapat mengalir ke beban. Perancangan ini terdiri dari modul sensor arus, modul ADC, modul mikrokontroler, modul interface, modul relay, dan menggunakan komputer sebagai pengendali alat ini. Hasil pengujian menunjukkan alat ini dapat berfungsi sesuai dengan yang diharapkan untuk berfungsi sebagai sistem billing sekaligus pengendali arus

Terrain: Fetal Growth Telehealth System Based on 2d Fetal Head Image Using Randomized Hough Transform

Intrauterine growth restriction (IUGR) is one of many fetal abnormalities, which has high contribution on maternal mortality rate and perinatal mortality rate in Indonesia. Apparently, IUGR impact can be reduced if only the symptoms are detected earlier and the correct treatment is applied. However, fetal growth detection and monitoring process in Indonesia is obstructed because the number of physicians is very limited and ultrasonography (USG) devices are expensive. Moreover, both the physicians and USG devices are only available in big cities. To answer those problems, this research proposed an intelligent system that can provide fetal growth telemonitoring in rural areas. This system consists of three components: portable USG device, mobile application which is developed using Android operating system, and server application which is developed using Django. The main feature of this system is automatic fetal head parameter detection and its ability to operate in the limited internet access environment. In this system, automatic fetal head parameter detection uses RHT method to approximate fetal head’s ellipse shape. Experiment result shows that RHT detection ability with ∆ellipse average of 79.564 and running time average of 0.373 second