Projects
Design of a Mask User, Body Temperature, and Antiseptic User Detection Tool at the Entrance Public Facilities as a Covid-19 Health Protocol
Design a program that integrates the mask detection program, body temperature, and antiseptic use so that it becomes a unified program as an implementation tool for health protocols to prevent the spread of the corona virus or Covid-19. The realization of a device to detect masks, body temperature and the use of antiseptics that can be implemented at the door of public facilities such as schools/campuses so that everyone before entering the room will be checked for body temperature and whether they have a mask or not.
- Arduino
- Raspberry Pi
- AMG8833
- HCSR-04
- Python
Mask and Body Temperature Detection System Using Webcam Camera, Artificial Intelligence Library, Image Processing and Thermal Sensor MLX90614
The mask detection system is used to detectsomeone who is wearing a mask and not wearing a mask to prevent the spread ofthe COVID-19 virus as the government has recommended, namely checking maskusers and body temperature regularly. This mask detection system uses a webcamcamera, a mask recognition program based on an artificial intelligence libraryand image processing, and an MLX90614 thermal sensor.
- Python
- OpenCV
- MobileNetv2
- MLX90614
- Tensorflow
Article and Publication
Design of 4 Patch Antenna Linear Microstrip Antenna at Frequency 915 MHz Using CST Studio
To obtain a form of radiation that cannot be provided by a single antenna can be done by arranging a number of antenna elements systematically. This arrangement of antenna elements is called an array. In general, the elements of this stacking antenna are the same as each other. In other words, a stacking antenna is an arrangement of two or more antenna elements to obtain a certain form of radiation. The geometric configuration of stacking antennas is generally linear or planar. In a linear arrangement, the centers of the antenna elements form a straight line. These elements can be equidistant or different from each other.
Transmission System and Parameter Analysis of Digital TV Transmitter at Transmission Unit LPP TVRI Joglo West Jakarta
LPP TVRI transmission station has a transmitter station located in Joglo, West Jakarta. The station has three transmitters each capable of serving analog, digital, and dualcast broadcasts used to broadcast its broadcasts. This transmitter has used the DVB-T2 digital system format in accordance with government regulations. In this system, broadcasts that have previously passed through the uplink system to the satellite will pass through the downlink system before finally being transmitted by the transmitter antenna. The captured signal will then go through a decoding and demodulation process using an IRD device. The output signal from this device is a broadcast information signal that is ready to be transmitted again. An analog transmitter device is also called an analog exciter.
Comparison of Response Time of Artificial Intelligence Mask Detection Program Implemented on Several Computer and Microcontroller Platforms
The use of masks during the Covid-19 pandemic is crucial to prevent transmission of the Covid-19 virus. Everyone is required to wear a mask in public places both indoors and outdoors. Therefore, a mask detection device is urgently needed to allow visitors to enter public facilities and reduce interaction between officers and visitors. Currently, many algorithms and programs for detecting masked faces based on artificial intelligence have been proposed using cameras and image processing. However, unfortunately, the implementation, realization, and application in public places are still ineffective.