Browsing by Author "Chaniago, Muhammad Benny"

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    ANALYSIS OF USABILITY USING HEURISTIC EVALUATION METHOD IN THE RAYCARE HEMODIALISIS CLINIC APPLICATION
    (International Journal of Psychosocial Rehabilitation, Vol.24, Issue 01, 2020) Yulfitri, Alivia; Indarwulan, Ayunda; Widayanti, Riya; Chaniago, Muhammad Benny
    Hemodialysis clinic application The raycare hemodialysis clinic medical record application is web-based and can be accessed by medical personnel namely doctors and nurses. Over the past 9 months there have been 4 changes of nurses that have led to the emergence of new nurses which takes about 2 months for features in the application. This time is considered to be less than optimal because the application of patient medical records is important and important in the company's business processes. This research was conducted with a heuristic evaluation method to find the use of problems in interface design. There are ten heuristic aspects that are used, namely: visibility of system status, match between system and the real world, user control and freedom, standards and consistency, help and user recognize, diagnose and recover from errors, error prevention, recognition rather than call flexibility and efficiency of use, aesthetic and minimalist design, and help and documentation. Data collection techniques used were questionnaires, observations and interviews sourced from the heuristic evaluation checklist given to 8 respondents. Evaluation results consist of improved feedback, error messages, help features, letter order, tasks and important items, handling the number of words in the data entry column.
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    BRAGA SMART PARKING USING NODEMCU AND WEBSITE APPLICATION
    (Solid State Technology Volume: 63 Issue: 4, 2020) Chaniago, Muhammad Benny; Zihni, Milzam; Nugroho, Diky Andy; Fadli, Tubagus; Maulana, Muhammad
    The very rapid population growth will increase the number of vehicles, given a large number of vehicles available, especially four-wheeled cars that require a large space to park. It will cause problems, namely difficulty finding a parking location if the car driver does not know whether there is an empty parking location or not. Driver's concern about not getting a parking space when he enters the parking location is also a concern in this study. This problem can be resolved if the driver knows the condition of the parking lot to be addressed, and the driver can also order or book in advance before coming to the parking location. With the above problems, the writer has the idea to make research on Braga Smart Parking Using NodeMCU and Web Application. This application is made as an information medium with a website platform with the theme of smart city technology. Where the driver gets information on the parking quota at the designated Braga Parking Building and pre-orders the parking space, he will use. Therefore the driver can quickly determine his desire to park in that land. This information is obtained from the smart city technology approach in the form of NodeMCU and infrared sensors in processing parking quota data so that the information obtained is up to date and real-time. This Smart Parking System was developed to help drivers find out information about parking lots, minimizing driver concerns about the unavailability of parking lots and of course saving time.
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    DESIGN AND DEVELOPMENT OF SMART NONCONTACT THERMOMETER USING THE MLX90614 SENSOR AND MICROCONTROLLER-BASED FACE RECOGNITION
    (Solid State Technology Volume: 63 Issue: 4, 2020) Chaniago, Muhammad Benny; Farizt, Lalu Gde Muhammad; Putra, Khaerul Aliansyah; Mubarok, Imam; Mahanandi, Ridwan Ramadhan Okci
    The Covid-19 pandemic is a period that must be passed by all groups without exception at this time. The significant impact of the Covid-19 pandemic has made all people pay attention to health anywhere and anytime. The transition period due to the existence of Covid-19, which is quite a concern, is checking body temperature when entering a place or building that contains a lot of mass such as shopping centres, offices, and so on. It is an obligation that cannot be avoided for the sake of safety and health for everyone. The examination of body temperature, in general, is through a thermometer close to the forehead. A few seconds later, the temperature measurement results will be seen through the display on the thermometer. Examinations like this are carried out alternately for each person so that there is a risk of mass accumulation in that place if the mass is in a sufficiently large state. Therefore, this research will provide a solution to reduce mass during body temperature checks by building a Smart Non-Contact Thermometer using the MLX90614 temperature sensor and face recognition technology assisted by a NodeMCU microcontroller. MLX90614 is a temperature sensor that can measure temperature remotely without making direct contact with the object to be measured. This sensor determines the temperature of an item by knowing the thermal radiation emitted by the object. Meanwhile, face recognition is a facial recognition technology that works by detecting human faces and scanning them in 2D or 3D. The microcontroller that helps integrate all components is the NodeMCU, which works as a data receiver from the MLX90614 sensor. The face recognition camera will then generate information in the form of a warning if someone has an above-average body temperature.
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    DESIGN OF KANSEI ENGINEERING SYSTEM (KES) FOR THE EFFECTIVENESS OF PRODUCT SEARCH FUNCTIONS IN E-COMMERCE BY EMOTION CATEGORY
    (International Journal of Psychosocial Rehabilitation, Vol. 24, Issue 1, 2020) Nurlaelasari, Euis; Hilabi, Sofha Shofia; Chaniago, Muhammad Benny
    The essence of a product will greatly affect one's interest in the product, as well as will give an idea of the impression of the product. Kansei Engineering is a method of determining product design based on feelings or emotions. The design of the product will be translated into emotions that humans have. A brightly colored plate with a flower shape can be interpreted as a cheerful emotion. This makes humans have an attachment to the product because of emotional connections. Therefore, this research will implement the kansei engineering method for products in e-commerce. These goals are motivated by e-commerce trends that will continue to grow in the future. The results of this study are in the form of a Kansei system design to search products in e-commerce catalogs based on emotions. The conclusion of this research is to be able to arrange the best product search algorithm based on emotions and Kansei system design with the main function of product search based on emotions. Based on the results obtained, further research is expected to use a particular algorithm to automate the knowledge base processing that is needed in KES.
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    DESIGN OF SMART SCHOOL BUS TRACKING USING ANDROID (Case Study in Bandung City)
    (Solid State Technology Volume: 63 Issue: 4, 2020) Chaniago, Muhammad Benny; Saputra, Ayub Setyawan Wahyu; Pratama, Deni Eka; Firdaus, Ilham; Achsan
    A proposed smart school bus tracking is an easy-to-use software, including web-based programs and mobile applications, which primarily gives parents, students, and school service companies the ability to track their school official vehicle location accurately. A smart school bus of service information system is inevitable in the context of smart city features. The mobile app makes it more elegant for kids/students using their school services; parents can also easily track their kids' bus. Also, bus service companies can easily enroll new students and determine school bus routes dynamically. This system provides scalability, flexibility, low cost, security, and reliability. All shared location information and personal user data are stored encrypted; parents can only receive information about their associated bus. This system is based on web and mobile platforms and is implemented as an interactive application.
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    DESIGN OF USING SERVERLESS TECHNOLOGY FOR INFORMATION TECHNOLOGY STARTUPS
    (Solid State Technology Volume: 63 Issue: 4, 2020) Chaniago, Muhammad Benny; Yusuf, Saeful; Pradana, Septian Putra; Kurniawan, Jefry; Rajmah, Muhammad Alghifari
    Technological developments triggered the emergence of startups, including in the field of information technology. In its development, only 10% of startups can survive. High startup failure is influenced by several things, such as competence, focus, innovation, finance, and marketing. Serverless technology is proposed to help the startup to be no longer preoccupied with server affairs. With serverless, startup information technology can focus more on product and customer service. Some vendors that provide serverless services are AWS Lambda from Amazon, Google Cloud from Google, and Azure from Microsoft. The application of serverless on information technology startups has the advantage of guaranteed service availability, operational costs can be reduced, and, attention to business processes is higher. The challenges that need to be managed can come from hardware, developers, management, and business.
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    ICT ENTERPRISE ARCHITECTURE USES THE INDONESIAN e-GOVERNMENT RATING DIMENSION (PeGi) (Case Study of ICT Masterplan of Cirebon City Government)
    (International Journal of Psychosocial Rehabilitation, Vol.24, Issue 02, 2020) Virgana, R. A. E.; Hamdani, Dani; Chaniago, Muhammad Benny; Wahyu, Ari Purno
    In accordance with the Instruction of the President of the Republic of Indonesia No. 3 of 2003 concerning National Policy and Strategy for the Development of e-Government, each government agency must have a Strategic Plan for e-Government Development. The Cirebon City Government plans that the master plan for the development of information and communication technology is the basis for the development of information technology applications and infrastructure in the Cirebon City Government. This study uses the Indonesian e-Government rating dimension, the guidelines of which are made by the Ministry of Communication and Information of the Republic of Indonesia, five dimensions have been determined which will be studied by the ICT masterplan, namely Policy, Institution, Infrastructure, Applications and Planning. It is expected that a plan for the implementation of Information Technology (e-Government) in the Cirebon City Government is in line with the latest developments and needs, and the availability of guidelines in the development, maintenance and management of Information Technology in order to support the tasks and functions of the Cirebon City administration.
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    PAKCOY SMART FARMING MONITORING SYSTEM BASED ON PROGRESSIVE WEB APPLICATION
    (Solid State Technology Volume: 63 Issue: 4, 2020) Chaniago, Muhammad Benny; Adhi, Ratama; Munir, Irfan Masbuhul; Purwadi; Ibadurrahman, Ibrahim
    Pakcoy farming activities are increasingly varied and varied in planting techniques to the plants planted because the general public also makes it a hobby. It becomes exciting when a problem arises where the manual method of treating plants is less effective and efficient so that the crop yields are not as expected. The research entitled "Pakcoy Smart Farming Monitoring System Based on Smartphone Progressive Web Application" has a problem formulation of how to remotely manage and care for plants anytime and anywhere so that the plants' quality can be maintained consistently to provide the expected results. This study aimed to design a system called Smart Farming to assist the community in caring for plants. This Smart Farming is based on IoT and built using an Arduino microcontroller, soil moisture, and the C programming language, which is then combined with a Progressive Web Application based application assisted by solar panels as its energy source. The application to be built is an application available for the Android and IOS platforms.
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    SMART AGRICULTURE USING INTERNET OF THINGS TECHNOLOGY TO IMPROVE AGRICULTURAL PRODUCTIVITY
    (Solid State Technology Volume: 63 Issue: 3, 2020) Chaniago, Muhammad Benny; Sulistiyo, Muhamad Windy
    Sophisticated technology in the internet of things began to play a different role in facilitating human life. At this time, the concept of a smart city has emerged that can encourage people in urban areas who utilize the internet of things technology such as traffic management, energy utilization, and city administration services. The use of the internet of things such as sensor technology can help the lives of rural communities today, primarily to facilitate agricultural activities. This paper provides solutions to problems in agriculture, such as weather disturbances, soil conditions, and temperatures that are less than ideal for plant growth by utilizing the internet of things technology to increase the productivity of agricultural activities. The proposed system design uses a micr ocontroller to read data, software to retrieve data from sensors, and mobile software so that it can be used by farmers anywhere with a minimum cost.
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    SMART DUMPSTER: DEVELOPMENT OF GARBAGE CONTAINER MONITORING SYSTEM TO SUPPORT THE EFFECTIVENESS OF GARBAGE DISPOSAL TRANSPORT IN CITY (Case Study : Bandung City)
    (International Journal of Psychosocial Rehabilitation, Vol.24, Issue 02, 2020) Chaniago, Muhammad Benny; Fajariadi, Mohammad Natsir
    Development of urban infrastructure in Indonesia is followed by the phenomenon of urbanization, where some people hope to have a more prosperous life after moving from their rural. Therefore, there will be an increase in population and garbage production as an effect of urbanization itself. Unfortunately, the government does not provide appropriate facilities to overcome this problem. This has an impact on the deterioration quality of the environment, especially in transporting garbage in cities. Garbage becomes a serious problem that must be dealt with properly. Based on observations, garbage transportation is carried out regularly every day from homes or temporary shelters to final shelters. Basically, the method of transporting garbage is not effective enough in many aspects. The method, truck fuel, and also the type of truck used are several aspects that affect the effectiveness of garbage transportation. From the problems, this research was conducted to create a Smart Dumpster: Garbage Container Monitoring System by using the NodeMCU ESP82866 micro-controller which is integrated with an ultrasonic sensor to identify the height of the garbage container. The data will be sent to the "Garbage Container Monitoring System" then processed and finally it will be visualized on the map, it can also provide notifications. The system can help efficiently transport garbage, by circling the city where the garbage container is full.
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    SMART DUMPSTER: DEVELOPMENT OF GARBAGE CONTAINER MONITORING SYSTEM TO SUPPORT THE EFFECTIVENESS OF GARBAGE DISPOSAL TRANSPORT IN CITY (Case Study : Bandung City)
    (International Journal of Psychosocial Rehabilitation, Vol.24, Issue 02, 2020) Chaniago, Muhammad Benny; Fajariadi, Mohammad Natsir
    Development of urban infrastructure in Indonesia is followed by the phenomenon of urbanization, where some people hope to have a more prosperous life after moving from their rural. Therefore, there will be an increase in population and garbage production as an effect of urbanization itself. Unfortunately, the government does not provide appropriate facilities to overcome this problem. This has an impact on the deterioration quality of the environment, especially in transporting garbage in cities. Garbage becomes a serious problem that must be dealt with properly. Based on observations, garbage transportation is carried out regularly every day from homes or temporary shelters to final shelters. Basically, the method of transporting garbage is not effective enough in many aspects. The method, truck fuel, and also the type of truck used are several aspects that affect the effectiveness of garbage transportation. From the problems, this research was conducted to create a Smart Dumpster: Garbage Container Monitoring System by using the NodeMCU ESP82866 micro-controller which is integrated with an ultrasonic sensor to identify the height of the garbage container. The data will be sent to the "Garbage Container Monitoring System" then processed and finally it will be visualized on the map, it can also provide notifications. The system can help efficiently transport garbage, by circling the city where the garbage container is full.
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    SMS GATEWAY AND BARCODE TECHNOLOGY FOR PRESENCE OF STUDENTS IN SMK UNGGULAN TERPADU PGII BANDUNG: a Case Study
    (Sunan Gunung Djati State Islamic University, 2016-04-26) Chaniago, Muhammad Benny; Junaidi, Apri
    Students in Indonesia have been cutting classes for some time now and it has become a bad habit. They leave their house towards their educational institutions, either school or college, but in fact, they go somewhere else. The issue was supported by the lack of communication between the school and parents related to student attendance. Dealing with the problems mentioned above, it is needed to create an SMS Gateway application for student presence as a solution. Application-based student presence SMS Gateway was made to ensure that students attend classes, by steps as follow: firstly, students must hand in the ID card to the teacher on duty, the teacher will then scan the barcode printed on the card, and finally the data will be recorded and be saved in the database automatically. The data will be saved automatically every day, and then it will be sent personally to their parents who had their mobile phones registered to receive information regarding their children presence at school on the particular date and hour. In addition, this application provides service for the parents to find the information on weekly and monthly basis. This application can also be a part of consideration in decision making for the principals by downloading student attendance data in Microsoft Excel file format. The implementation of the applications based on SMS gateway for students presence at school was expected to be a solution for the problems of student absence due to skipping school. This application has been tested in SMK Unggulan Terpadu PGII Bandung with very satisfying results and the level of student absence was able to be fixed.
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    STUDENT PRESENCE USING RFID AND TELEGRAM MESSENGER APPLICATION
    (8th Widyatama International Seminar on Sustainability (WISS 2016), Widyatama University and IEEE, 2016-09-05) Chaniago, Muhammad Benny; Junaidi, Apri
    Students in Indonesia have been cutting classes for some time now and it has become a bad habit. They leave their house toward their educational institutions, either school or college, but in fact, they go somewhere else. The issue was supported by the lack of communication between the schools and parents related to the student attendance. Dealing with the problems mentioned above, it is required to create a Telegram Messenger application for student presence as a solution. Application-based student presence Telegram Messenger was made to ensure that students attend classes, by steps as follow: firstly, students must hand in the ID card to the teacher on duty, then the teacher will tap the card, and finally the data will be recorded and be saved in the database automatically. The data will be saved automatically every day, and then it will be sent personally to their parents who had their mobile phones registered to receive information regarding their children presence at school on the particular date and hour. In addition, this application provides service for the parents to find the information on daily and monthly basis. This application can also be a part of consideration in decision making for the principals by downloading student attendance data in Microsoft Excel file format. The implementation of the applications based on Telegram Messenger for students’ presence at school was expected to be a solution for the problems of student absence due to skipping school. This application has been tested in SMK Unggulan Terpadu PGII Bandung with very satisfying results and the level of student absence was able to be fixed.