Website Interface Research Articles

Adaptation of Parallax Scrolling Effect Technique in LegitCheck Website Interface Development

This research focuses on developing LegitCheck's website interface by applying the Parallax Scrolling Effect technique, which is considered as a potential solution to support the startup's promotional strategy. LegitCheck, as a startup that needs an effective way to introduce its services and business concept to consumers and brands, requires a website that can serve as an attractive promotional medium as well as a comprehensive information center. The purpose of this research is to examine the effectiveness of the Parallax Scrolling Effect technique compared to a website without the effect in increasing the effectiveness of the LegitCheck website as a promotional tool. The research method used includes the design and implementation of the Parallax Scrolling Effect technique on the LegitCheck website, followed by evaluation using the A/B testing method. The results showed that the implementation of the Parallax Scrolling Effect technique provided significant benefits, including improved information accuracy, service quality, user satisfaction, and company net profit. Although there are constraints related to page loading speed, the majority of respondents prefer websites with Parallax Scrolling Effect because it provides a more interactive and engaging experience. The implication of this study is that the use of Parallax Scrolling Effect can be an effective strategy for startups such as LegitCheck to increase interaction with users, strengthen brand image, and increase the effectiveness of the website as a promotional tool, although it is necessary to pay attention to technical aspects such as page loading speed to minimize potential disruptions to the user experience.

NGHIÊN CỨU XÂY DỰNG HỆ THỐNG THEO DÕI, GIÁM SÁT TRẠNG THÁI BUỒN NGỦ DỰA TRÊN THỊ GIÁC MÁY TÍNH

This article focuses on the research and development of a model for a drowsiness detection and monitoring system while driving based on computer vision. The product can be applied to current vehicles (such as cars or vehicles with similar functions). The study utilizes several state-of-the-art sleep detection models to collect and process data and train the model to provide quantitative results. The model is evaluated through this process, and improvements are proposed to make it suitable for vehicles in Vietnam. Experimental results show that the system can capture images via a camera, detect human faces, predict sleep states, and send alerts to a server, displaying warning data on a website interface. Essential evaluations indicate that the system operates stably and relatively accurately according to the pre-established design and programming requirements. The results of this research can be applied in practical scenarios or serve as a practical model for students in artificial intelligence, robotics, and automation control fields to enhance their ability to apply theoretical knowledge to real-world problem-solving. Keywords: Drowsiness; traffic; smart robots; computer vision; artificial intelligence.

Saccharomyces Genome Database: Advances in Genome Annotation, Expanded Biochemical Pathways, and Other Key Enhancements.

Budding yeast (Saccharomyces cerevisiae) is the most extensively characterized eukaryotic model organism and has long been used to gain insight into the fundamentals of genetics, cellular biology, and the functions of specific genes and proteins. The Saccharomyces Genome Database (SGD) is a scientific resource that provides information about the genome and biology of S. cerevisiae. For more than 30 years, SGD has maintained the genetic nomenclature, chromosome maps, and functional annotation for budding yeast along with search and analysis tools to explore these data. Here we describe recent updates at SGD, including the two most recent reference genome annotation updates, expanded biochemical pathways representation, changes to SGD search and data files, and other enhancements to the SGD website and user interface. These activities are part of our continuing effort to promote insights gained from yeast to enable the discovery of functional relationships between sequence and gene products in fungi and higher eukaryotes.

IoT based Smart Aquaculture Monitoring System for Fish Tank Management

Aquaculture, the farming of aquatic organisms, plays a critical role in meeting the increasing global demand for seafood. Effective monitoring and management of aquaculture systems are essential for ensuring optimal conditions and maximizing productivity. This research presents a comprehensive aquaculture-based fish tank monitoring system designed to enhance operational efficiency and fish welfare. At the heart of the system is the Arduino Uno microcontroller, serving as the central processing unit to coordinate various functions. Key components include pH sensor for continuous monitoring of acidity levels, turbidity sensor for detecting suspended particles, and water level sensor for maintaining optical water levels within the tank. In the event of abnormal pH levels or high turbidity, the system triggers automated alerts, sending notifications to the designated owner through SMS and transmitting data to an IoT website for remote monitoring. To ensure consistent environmental conditions, two pump motors are utilized: one for automatic water replenishment in case of water level fluctuations and another for removing water in case of particle accumulation. Furthermore, the system integrates a servo motor mechanism for precise dispensing of fish feed at predetermined intervals, promoting healthy growth and nutrition. Control over pump motors and feeding schedules is facilitated through a user-friendly website interface, providing operators with seamless management capabilities.

NGHIÊN CỨU XÂY DỰNG THIẾT BỊ Y TẾ HỖ TRỢ THEO DÕI TỪ XA CHO BỆNH NHÂN TIM MẠCH

This article focuses on researching and developing a medical support device with functions to monitor various health parameters of patients directly or remotely, such as body temperature, heart rate, and blood oxygen saturation. The implementation method includes designing algorithm diagrams, hardware circuit design, component selection, and building a display application on smartphones or a website interface that allows monitoring the parameters quickly and accurately. Actual testing initially showed that, the device essentially operates quite accurately according to the design and programming with many advantages such as: The system operates stably, meeting design requirements; Results can be monitored visually in a variety of ways and conveniently on LCD screen, App, Web; Each measurement data is saved with data security assurance; The system is evaluated to have minimal errors, low power consumption, and is cost-effective, along with the convenience of result monitoring, making it suitable for various user groups. Furthermore, the research results can serve as a practical model for students in the Biomedical Engineering field at educational institutions where there is currently a shortage of devices catering to learning needs.

Development of 3D Cadastre Strata Building Information Model: An interactive Web-based Prototype

The "3D cadastral strata building information model prototype" project aims to enhance land administration practices in Bhutan by developing a comprehensive solution for the digital representation of 3D land parcels. Through cadastral surveying, plot fragmentation analysis, and 3D building modeling, the project ensures the accurate depiction of land ownership information in compliance with Bhutan’s Lagthram system and the Strata Transaction Guidelines of 2021. At present, the system operates within a 2D spatial framework, where cadastral objects encompass entire land parcels, strata such as apartment buildings, or subterranean parcels. However, both land and property owners’ requirements reveal the inadequacy of solely relying on 2D cadastral parcel registration, as real estate assets inherently exist in three dimensions. Utilizing advanced surveying technologies and the Django framework, the project creates an intuitive website interface that facilitates seamless access and management of land data, enabling stakeholders to visualize landscapes and explore detailed ownership information, including airspace and subsurface rights, in 3D mode. By providing a holistic perspective on land parcels and property rights, the project supports informed decision-making, resource allocation, and sustainable urban development. In summary, the project presents a pioneering approach to land administration, aiming to improve transparency, efficiency, and equity in land management practices, thereby contributing to sustainable development in Bhutan and beyond.

Design and Evaluation of Cafe Kahuripan Booking and Reservation Website User Interface with Design Thinking

Cafe Kahuripan is a business engaged in the culinary field where customers can order menus and rent a place. Currently, the process of ordering menus and renting a place is done manually with customers coming directly to the place or contacting the admin via WhatsApp listed on Facebook. However, there is a decrease in subscribers from 2021 to 2022 due to a lack of marketing which is only limited to Facebook and Whatsapp. To overcome these problems, it is necessary to design a website as a solution to make it easier for customers to order menus and rent places online. In this design, it is necessary to pay attention to a good User Interface (UI) in order to increase the level of user trust and satisfaction. The website must also have easy access that can be done anywhere. Cafe Kahuripan website user interface design uses the design thinking method. The design of the user section, there are several pages such as home, about us, menu, reservation, contact us, order status and reservation status. The design of the admin section, there is an admin dashboard, customer data, menus, orders and reviews. The result of this study is the design of the user interface for the Cafe Kahuripan website from the user side (front-end), which allows users to order menus and rent places online. The results of the usability testing which obtained an average score of 79 is a good achievement and indicates that the UI design that has been carried out has succeeded in meeting user needs. Hypothesis analysis shows that the hypothesis H0 is rejected and H1 is accepted, this is in accordance with the average score of the System Usability Scale (SUS). Respondents' feedback was analyzed and improved according to the suggestions given based on the priority level to produce a better website for users.

DIGITAL BOUNCER

Digital Bouncer presents an innovative solution, amalgamating an integrated platform for streamlined mass messaging and e-commerce capabilities. This comprehensive platform empowers users with efficient message dissemination to diverse audiences, comprising two pivotal components: a feature-rich e-commerce website and specialized software for message/email dissemination. The user-friendly website interface facilitates tailored messaging preferences and seamless product purchases. Key features include "Number Harbour," facilitating access to a large volume of numbers pertinent to specific location-based requirements following with dissemination of message according to user preference. Additionally, the integration of Telegram Automator and WhatsApp Automator software enriches communication avenues. Furthermore, the provision of a secure payment gateway enables hassle-free transactions, elevating Digital Bouncer as an all-encompassing solution catering to large-scale communication and e-commerce needs. Index Terms - Integrated Platform, Mass Messaging, E-commerce, User Empowerment, Tailored Messaging, Product Purchases, Number Harbour , Automatic Replies, Telegram Automator, WhatsApp Automator, Payment Gateway, Secure Transactions.

Ambulance Booking System

This abstract introduces an Ambulance Booking System designed to streamline emergency response processes. The system accommodates patients, ambulance drivers, and hospitals through a user- friendly website interface. Users register and log in to access functionalities tailored to their roles: patients can book ambulances based on availability and hospital proximity while viewing detailed ambulance listings. Ambulance drivers can view patient requests, accept them, and update their status upon completion. The system efficiently manages multiple requests, displaying remaining patients when a driver is on duty and marking accepted requests accordingly. Additionally, hospitals maintain driver records, facilitating seamless management and coordination within the emergency response network.

Analisis Dan Perancangan Antarmuka Situs Portal Belajar Bagi Penyandang Dyschromatopsia

Currently, many learning websites have been developed to assist people in self-learning from home. However, the developed learning websites are not yet user-friendly for individuals with dyschromatopsia. This is due to the design process not considering using colors that are easily distinguishable for users with dyschromatopsia. Based on the issues, a learning portal website interface that is friendly to individuals with dyschromatopsia is needed. In the design of this application, the method used is User-Centered Design (UCD). Through the UCD method, the needs of users with dyschromatopsia become the main focus of the research. Testing is conducted through usability testing using the Overall Relative Efficiency, Completion Rate, and the System Usability Scale (SUS) questionnaire to measure user satisfaction. The test results show an Overall Relative Efficiency value ranging from 72.675% to 92.130%, Completion Rate testing yields an effectiveness value range of 82% to 96%, and SUS testing yields a score of 81.25. In addition, the author also conducted testing for color-blind accessibility, which resulted in the finding that the contrast ratio of all the pages on the CourseHack website meets the minimum contrast ratio standards.

Prototype of Monitoring System for Power Absorption and Solar Panel Maintenance on Website-Based Solar Power Plant

Solar power plants (PLTS) are a source of electrical energy that will never run out and will not damage the environment. PLTS is an alternative energy source when an electricity supply has not reached an area or has no commonly used power generation source, such as gas or water. In PLTS, solar panels are devices that need to be considered to maintain the performance of solar panels on PLTS. Several things must be considered, as solar panels must be protected from dust and dirt that can block sunlight. Solar panels should also not dry themselves after being wet with water because there will be traces of water left behind. Moisture on the surface of solar cells significantly reduces cell performance due to the disruption of the absorption and refraction of sunlight. To overcome this problem, the author proposes to design a system that can monitor the absorption of power carried out by solar panels and perform maintenance on solar panels in the form of cleaning from dust and dirt automatically and helping to dry after the rain subsides on the surface of solar panels. This system is integrated with the website so that officers can monitor through the monitoring website interface. This designed system can optimize power absorption on solar panels and help officers know the results of power absorption by solar panels.

Perancangan Ulang Desain UI/UX Website Digilib Universitas Sriwijaya Menggunakan Metode Double Diamond

Perancangan Ulang Desain UI/UX Website Digilib Universitas Sriwijaya Menggunakan Metode Double Diamond

UI/UX DESIGN ON A COMPANY WEBSITE PROTOTYPE USING THE SPRINT DESIGN METHOD (CASE STUDY: PT. REAL MEDIA LAB)

A company's online visibility is essential in today's digital era, especially for promoting products and reaching a wider audience. One means to make it happen is the company website. Designing a website as a medium of information, promotion, and communication without an introduction and understanding of the psychological aspects will result in a system that fails. A website with an attractive user interface (UI) will create a good user experience (UX). A standard is needed to produce a good website interface, which will become a benchmark in actual system design, in this case, a prototype. Apart from being a standard, prototypes can be used to test system performance before implementation. The method used in designing the user interface prototype in this study is the design sprint method. Data was collected by interviewing and surveying stakeholders (company leaders), employees, and consumers actively involved in the company's system to explore users' needs. Based on user needs, a company website prototype is designed. Prototype testing includes testing usability, content, aesthetics, and quality of information. Testing involving 16 respondents. The test results show an average of 60% of users give a positive response.

Pendampingan Pengelolaan Website Desa Sebagai Bentuk Komunikasi Publik Pemerintah Desa

The village website is a medium for the disclosure of various public information by the government. In line with this, Sumber Baru village, Seputih Banyak District, Central Lampung has a village website that the government can use as a communication medium for village programs, but its management is still not optimal. The aim of this service is to provide assistance to village operators to manage websites, especially in terms of writing articles, taking photos and managing website interface. The method used in this mentoring activity is the ABCD (Asset Based Community Development) method. This mentoring activity will be carried out in September-October 2023 and consists of 5 stages of mentoring, namely coordination, socialization, training, mentoring and evaluation. After completing the mentoring activities, the results of the mentoring can be seen directly on the village website and show that there has been an improvement in website management, such as an increase in the number of news/activities in Sumber Baru Village that are reported on the website. It is hoped that mentoring activities like this will be further increased to improve the quality of village human resources which will have an impact on improving public communication by the village government. Keywords: mentoring; public communication; village website

Investigating The kreditkerenbanget.com Website as Credit Simulation Web Platform Based on Customer’s perception

Current advances in information technology help make it easier to obtain information regarding motorbike credit simulations, one of which is by accessing the website from KKB BCA. This research is qualitative research using observation methods and literature studies in observations related to business processes on this website. Observation involves understanding how the website collects and processes the necessary data from users, including information about vehicle price, down payment amount, interest rate, and credit tenor to credit simulation calculations of estimated monthly payments, describing payment schedules, and providing cost summaries. The website interface is quite easy to understand so users can create simulations without needing a guide. The use of the website can run well as expected so that it can help make it easier for users or consumers to determine credit planning for motor vehicles through the credit simulation on this website.

Development of a Web-Based Automated Production Inventory System

This research focuses on the design of an automatic counting system for production items using the ESP32 microcontroller and E18-D80NK sensor. The main objective of the study is to address inventory issues, particularly in the context of manual counting of production items, which is susceptible to shortages and inaccuracies. The proposed automatic counting device aims to provide a solution to enhance employee performance efficiency and reduce the risk of human errors. The integration of the ESP32 microcontroller as a data processor and the E18-D80NK sensor as an information capture device will allow easy access to calculation results through a website interface. The primary advantage of this system is its ability to prevent potential data forgery in production and provide more accurate calculation results. With data storage on a website platform, tracking production history becomes more effective, enabling in-depth analysis of overall production performance. This research proposes an integrated solution to enhance efficiency, transparency, and accuracy in the production counting process. With the implementation of this technology, it is expected that the automated production system can be a strategic step towards improving productivity and the reliability of production information.

EEG Classification for Brain Response Analysis through University Website Interface in Yogyakarta Using Naive Bayes and KNN

EEG Classification for Brain Response Analysis through University Website Interface in Yogyakarta Using Naive Bayes and KNN

Parents' User Experience Accessing and Using a Web-Based Map of COVID-19 Recommendations for Health Decision-Making: Qualitative Descriptive Study.

The eCOVID19 Recommendations Map & Gateway to Contextualization (RecMap) website was developed to identify all COVID-19 guidelines, assess the credibility and trustworthiness of the guidelines, and make recommendations understandable to various stakeholder groups. To date, little has been done to understand and explore parents' experiences when accessing and using the RecMap website for COVID-19 health decision-making. To explore (1) where parents look for COVID-19 health information and why, (2) parents' user experience when accessing and using the RecMap website to make health decisions, and (3) what knowledge mobilization activities are needed to increase parents' awareness, use, and engagement with the RecMap website. We conducted a qualitative descriptive study using semistructured interviews and a think-aloud activity with parents of children aged 18 years or younger living in Canada. Participants were asked to provide feedback on the RecMap website and to "think aloud" as they navigated the website to find relevant COVID-19 health recommendations. Demographic information was collected using a web-based questionnaire. A hybrid deductive and inductive thematic approach guided analysis and data synthesis. A total of 21 participants (13/21, 62% mothers) were interviewed and participated in a think-aloud activity. The data were categorized into four sections, representative of key elements that deductively and inductively emerged from the data: (1) parent information seeking behaviors and preferences for COVID-19, (2) RecMap website usability, (3) perceived usefulness of the RecMap website, and (4) knowledge mobilization strategies to increase awareness, use, and engagement of the RecMap website. Parents primarily used the internet to find COVID-19 information and focused on sources that they determined to be credible, trustworthy, simple, and engaging. As the pandemic evolved, participants' information-seeking behaviors changed, specifically their topics of interest and search frequency. Most parents were not aware of the RecMap website before this study but found satisfaction with its concept and layout and expressed intentions to use and share it with others. Parents experienced some barriers to using the RecMap website and suggested key areas for improvement to facilitate its usability and perceived usefulness. Recommendations included a more user-friendly home page for lay audiences (separate public-facing user interface), improving the search and filter options, quicker navigation, clearer titles, more family-friendly graphics, and improving mobile-friendly access. Several strategies to disseminate the RecMap website were also expressed, including a mix of traditional and nontraditional methods (handouts and social media) in credible and high-traffic locations that parents frequent often. Overall, parents liked the concept of the RecMap website but had some suggestions to improve its usability (language, navigation, and website interface). These findings can be used to improve the RecMap website for parents and offer insight for the development and dissemination of effective web-based health information tools and resources for the general public.

Designing an Academic Website User Interface Using the Design Thinking Method

As an educational institution, Telkom University Surabaya (TUS) has academic-related information media that applies to students in the form of academic websites. However, the presentation and management of information regarding academic business processes through the official TUS academic website still has several obstacles. The website has not been managed in a structured manner and is able to provide an easy-to-use experience for users in accessing information. Therefore, this study aims to improve the business process of the TUS academic website to be more informative, structured, and have a modern and user-friendly user interface (UI / UX) design. The research method used is based on a user-centered design approach using design thinking. Design Thinking is a method with an iterative approach that identifies problems and needs of users, with the aim of creating designs that can understand and provide innovative solutions for users. The final result of this research is to create an interface that is easy to understand, responsive, and reflects the characteristics of Telkom University Surabaya (TUS).

Baby Weight and Length Measurement System with Data Storage Using MySQL Database

Baby weight and length measurement system has been designed based on ultrasonic and load cell sensors with data storage using MySQL database and website interface. This research aims to produce a baby weight and length measurement system with microcontroller NodeMCU ESP32. The system is designed with an ultrasonic sensor HC-SR04 and four half-bridge load cells of 50 kg. The ultrasonic sensor works on the piezoelectric and inverse piezoelectric principles, while load cell sensors work on strain gauge principles. An ultrasonic sensor measures body length, while a load cell sensor measures body weight. According to the Ministry of Health of the Republic of Indonesia’s regulations, this system also has an LCD 20×4 to display measurement and nutritional status assessment results. The experiment used four doll objects with different lengths and weights. This research shows that the ultrasonic sensor HC-SR04 used in this research has an average error of 0.494% in length measurement. The load cell sensor and HX711 ADC used in this research has an average error of 0.949% in weight measurement. The designed system automatically assesses the nutritional status and stores the measurement result and nutritional status in the database to be displayed on the website.