Decision Support System for Selection of Expertise Using Analytical Hierarchy Process Method

Facial recognition is the process of human identification using a picture of facial expression. With the widespread use of computers, it is expected that facial recognition capabilities can be adopted on such smart devices. The adoption process becomes possible with the discovery of facial recognition methods, one of which is the main component analysis or better known as PCA (Principal Components Analysis). The research started by designing a computer program using the Matlab programming language. The Program was used to test the PCA method using a number of facial imagery. Testing is divided into three categories, which are based on the number of the trainer image, based on the number of key vector features, and the determination of the threshold value. In the end it can be concluded that PCA is quite worthy to be a facial recognition method. The research Data shows a pretty good introduction result with a fairly small error rate on testing using ten training imagery, which is one error introduction of 20 Tests

Development of Coronavirus Disease Patient Registration Information System with Object Oriented System Approach

The rapid development of Information and Communication Technology (ICT), it certainly has a big impact on very significant changes in various fields. Hospitals are health service institutions that provide complete individual health services that provide inpatient, outpatient, and emergency services. emergency. Until now, the registration system for Coronavirus patients at the Tangerang Regency Hospital has not been maximized and has not displayed inpatient rooms for Coronavirus patients. The problem that occurs in the Coronavirus patient registration system at the Tangerang Regency Hospital is that it is not yet computerized or web-based because the Coronavirus patient registration process is still using the Microsoft Excel application, patient data processing is still conventional and the list of Coronavirus patients has not been detailed, patients who have already registered, it turns out that there are no inpatient rooms available so that many Coronavirus patients are slow to be helped. The aim of the research is to build a Fast and accurate Coronavirus patient registration system. The research method used is descriptive qualitative. Data collection techniques were carried out by means of observation, interviews, and literature study. The results of this study are in the form of software, namely a web-based Coronavirus patient registration system that can display detailed information on Coronavirus patient registration and Hospital location maps