JAMIK: Jurnal Aplikasi Manajemen Informatika Komputer

Pengembangan Kunci Pintu Pintar Berbasis Radio Frequency Identification (RFID)

Lidya Rahmi — 2021-12-02

In this design, the author plans to give a little new touch in the area of access control, automatic open system. This design is planned to provide system access with security. Where security is made using a card and password. However, the main focus of this research is the access that is developed using a card, more specifically the e-KTP.

The methodology used in this research is library research. This study was conducted to find, collect and study data from books related to the problems discussed in this study. library research and home research using C programming. By utilizing Arduino, it is hoped that it will facilitate and increase security in accessing the door

PROTOTIPE SISTEM KEAMANAN KENDARAAN BERMOTOR PADA AREA PARKIR MENGGUNAKAN RFID (RADIO FREQUENCY IDENTIFICATION)

tri prima putri — 2021-12-02

Facts show that theft of motor vehicles in parking areas is increasing every year. This is because security in the parking area still uses a manual system, namely by placing security officers in the parking area. This thesis aims to design a prototype of a motor vehicle security system in a parking area using RFID. which is integrated with the Arduino microcontroller, computer and database, so that it is expected to reduce the rate of motor vehicle theft in the parking area. This prototype is designed by using two RFID tags to identify users and vehicles entering the parking area. The RFID tag is read by the Arduino which is integrated with the computer then the data will be stored automatically in the database. Analysis of the performance of the prototype vehicle security system in the parking area based on the test results, namely the system can verify vehicle ownership which is a tag pair (1-1, match) in the database. The system is declared quite safe with no false positives and false negatives found in the test conditions carried out, with a maximum reading distance of 9 cm for the RFID reader.

Tempat Sampah Pintar Dengan Sistem TrashMoney Menggunakan Teknologi Implementasi Near Field Communication (NFC)

Budi Rahmadya — 2021-12-02

This study aims to create an automatic garbage disposal device. This garbage disposal can open and close automatically using a PIR sensor that functions as a human presence detector, besides that this garbage disposal can separate waste according to its type using a capacitive proximity sensor and a proximity inductor sensor, this sensor can distinguish paper, plastic and can waste. Every trash that is thrown away will get a point, where the point will be stored in the form of a database. The test results that have been obtained for the PIR sensor test can only detect the presence of humans at a maximum distance of 30 cm. The results obtained from 4 times of testing carried out obtained an average success of 80%. Factors that affect the success of the overall system testing of the 4 tests are the values obtained from the proximity sensor, the position of the object at the time of detection, and the intensity of light that affects the LDR sensor at the time of testing. If the garbage does not hit the sensor correctly, the detection process will be disrupted and cause the garbage to not enter according to its type. With this tool, it is expected to increase public awareness to dispose of waste in its place by giving points and rewards to people who dispose of waste in its place.

PERANCANGAN ROBOT PENDETEKSI LOGAM BERBASIS ANDROID DENGAN KOMUNIKASI BLUETOOTH

Dede Desmana — 2021-12-02

This research aims to make a metal detector robot using android based smartphone as controller. The robot is able to distinguish the detected metal type and to locate the metal by giving its location coordinate point displayed on Google Maps. The design of robot consists of microcontroller, Hall Effect sensor, HC-05 bluetooth module, GPS (Global Positioning System) module, DC motor, motor driver, and smartphone. Data from metal type obtained from metal sensor and the location coordinate point from GPS is displayed on smartphone via Bluetooth communication. The robot is able to distinguish types of metal by the difference of ADC value (Analog Digital Converter) of detected metal. Iron's ADC value range is from 490 until 499 and zinc's is greater than 500. The error rate in defining type of pure metal made from iron is 30% and from zinc is 10%. The error rate in defining type of alloy made from iron is 35% and from zinc is 20%.

Sistem Informasi Audit Internal Non-Akademik pada Satuan Pengawasan Internal (SPI) IAIN Batusangkar dengan Framework CodeIgniter

ISWANDI ISWANDI — 2021-12-02

In accordance with the Regulation of the Minister of Religious Affairs of the Republic of Indonesia Number 56 of 2016 concerning the Statute of the State Islamic Institute of Batusangkar on the Statute of IAIN Batusangkar, in Section 4 Article 25 that the Internal Supervision Unit (SPI) iain Batusangkar is an Institute Organization that carries out the supervisory function of the non-academic field for and on behalf of the Rector. Currently, internal non-academic audit of an activity is carried out by means of units or institutions coming directly to the Room of Internal Supervision Unit (SPI) located on the 2nd floor akama campus 1 IAIN Batusangkar, non-academic internal audit begins by submitting tor to personnel administration to record incoming TOR data, after which the auditor team conducts an audit of the incoming TOR, then the auditor team makes a Review Result Sheet , then the auditor team prints the review sheet. After the review sheet is printed, the auditor team signs the review sheet, if it has been signed by the auditor team and then the review sheet is given to the Head of the Internal Supervision Unit for signature, then the Administrative personnel inform the unit or institution to be able to pick up the Review Sheet to the Internal Supervision Unit room. The review sheet came out within 3 working days.

This research aims to produce a system that can facilitate the internal non-academic audit process in the Internal Supervision Unit (SPI). This type of research is field research where the author gets data directly from the field at iain Batusangkar Internal Surveillance Unit (SPI) and direct interviews from related parties, research libraries (Library Research) by reading books and journals related to the title of research, and labor research (Laboratory Research) by using the help of computers as a tool in the creation of final tasks.

The results of this study showed that the system built can provide convenience in the internal non-academic audit process at iain Batusangkar Internal Audit Unit (SPI) so that it becomes more effective because it can provide more complete and fast information by using the website as a liaison media and processing Internal Supervision Unit.