Universitas Islam Kuantan Singingi: E-Journals
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Concept And Potential For The Implementation Of Smart Parking System In Indonesia: A Literature Review
Get PDFThe rapid development and growth of the Internet of Things (IoT) has improved the quality of life and strengthened various areas of society. Many cities around the world are looking forward to becoming smart. One of the most popular use cases in smart cities is the implementation of smart parking solutions, as it allows people to optimize time, reduce fuel consumption, and carbon dioxide emissions. Smart parking solutions have a defined architecture with specific components (sensors, communication protocols, and software solutions). Although there are only three components that make up a smart parking solution, it is important to mention that each component has many types that can be used in the implementation of this solution. This article identifies the most frequently used types of each component and highlights the usage trends in the established analysis period. This provides a complementary perspective and is a very useful source of information. society can use this information to decide on the selection of the type of component to be used. implementing smart parking solutions. For this purpose, here we review some of the works related to the implementation of smart parking solutions. To achieve this goal, a semi-cyclical adaptation of the Research Methodology action combined with a systematic review was used to select articles related to the research subject. The most relevant of the types of components that should be considered when implementing smart parking solutions. The implementation of smart parking in Indonesia promises many benefits, especially in increasing efficiency and transparency. However, challenges such as high costs, infrastructure readiness, and technological literacy must be overcome so that this system can run optimally and inclusively.
 
Analysis of LAN Network Quality at PTPN7 Senabing Unit in Lahat Regency Using Qos (Quality Of Service)
Get PDFIn the era of globalization, human dependence on telecommunications continues to grow, particularly in communication technology. Modern technology has become essential for enabling fast interaction and efficient information exchange. Internet networks not only provide rapid access to information but also allow users to share and obtain data from various global sources. South Sumatra has experienced significant expansion in internet infrastructure, with more than 4,000 BTS (Base Transceiver Stations) installed to support stable communication, including in Lahat Regency. The region currently offers 2G, 3G, and 4G services from providers such as Telkomsel and Indosat. However, internet performance is often disrupted by unexpected power outages and uneven infrastructure in remote areas, resulting in unstable connectivity. This study aims to evaluate network quality at PTPN 7 Senabing Unit, Lahat Regency, using Quality of Service (QoS) parameters including throughput, delay, packet loss, and jitter. Measurements were conducted using Wireshark to monitor and capture data packet traffic. Results indicate variations in delay between daytime and nighttime transmissions. During daytime hours, the delay value reached 6.4 ms, falling into the “Very Good” category
Web Based Tour Package Selection Recommendation Information System Using Algorithmscontent Based Filtering
Get PDFAdvances in information technology have facilitated easier access to information in various fields, including tourism. One of the challenges faced by tourists is choosing a tour package that suits their preferences and needs amidst the many available options. This research aims to design and build aWeb-Based Tour Package Selection Recommendation Information Systemusing algorithmsContent-Based FilteringThis method works by matching user profiles based on their preferences with descriptions and attributes of available tour packages. The system was developed using the PHP programming language and MySQL database, and implemented on a web platform for widespread access. Test results show that the system is capable of providing tour package recommendations relevant to user preferences, thus facilitating quick and accurate decision-making. This system is expected to improve the user experience in selecting tour packages and make them more satisfying
Implementation of YOLOv8 and DETR for Multi-Level Tomato Ripeness Detection with Real-Time Bounding Boxes
Get PDFTomato ripeness detection is an essential component in the development of automated agricultural systems, enabling improvements in harvesting accuracy, sorting consistency, and supply chain standardization. Conventional grading processes rely heavily on manual observation, which is subjective, labor-intensive, and unsuitable for large-scale operations. Recent advancements in deep learning enable automated recognition of visual maturity indicators through object detection frameworks, offering a more reliable and scalable solution. This study examines the implementation of two modern detection models, YOLO and DETR, for multi-level tomato ripeness classification involving four distinct maturity stages. The research workflow includes dataset collection, annotation, preprocessing, model training, threshold calibration, and systematic evaluation to assess detection stability and classification behavior under real-world variability.Analysis of model outputs demonstrates that both architectures are capable of identifying multiple ripeness stages with useful levels of consistency, although each model exhibits strengths under different operational conditions. YOLO provides advantages in scenarios requiring real-time responsiveness and deployment on resource-limited hardware, making it suitable for mobile automation and field-based harvesting systems. DETR shows improved interpretive behavior in visually complex environments, particularly when samples exhibit subtle maturity differences or appear in overlapping cluster formations. The findings indicate that no single model is universally optimal and that deployment choice should be based on application requirements, environmental constraints, and operational objectives. This research contributes practical insight to the integration of artificial intelligence in agriculture and provides a foundation for future work exploring model fusion, advanced feature learning, or multispectral input integration to further enhance maturity classification performance
Functional Testing of Web-Based Input Form Using Boundary Value Analysis Technique: A Case Study on TemanTernak
Get PDFSoftware reliability is highly dependent on robust data validation mechanisms to prevent data integrity issues. The main issue raised in this study is the risk of input errors in the "Create Doctor Invitation" form in the TemanTernak web application, which could potentially cause invalid data storage. This study aims to evaluate the quality of the system's input validation to ensure its compliance with the requirements specifications. The proposed solution is the implementation of Black Box Testing with the Boundary Value Analysis (BVA) technique. The testing methodology was carried out following the Software Testing Life Cycle (STLC) stages, in which 17 test scenarios were run to assess four critical elements: name and title, email, phone number, and invitation message. The test results revealed that the system only achieved a functional success rate of 41.2%. Although the application successfully processed standard valid inputs, the system failed to reject the majority of inputs that were outside the tolerance limits (off-boundary) and passed empty inputs in mandatory fields. In conclusion , the current validation mechanism is insufficient to handle extreme conditions. In the future, the implementation of strict server-side validation with range constraints is necessary to mitigate these vulnerabilities
Design and Development of a Mobile Based Reservation System for Muslims in Medan
Get PDFSalon Muslimah Dina is a privately owned business offering a variety of beauty treatments specifically for women. Operationally, the salon still uses a manual system, requiring customers to visit in person or contact them via WhatsApp to make reservations or inquire about services. The high volume of inquiries slows down the service process, as the salon must respond to messages individually. Furthermore, the lack of transaction data records often results in long wait times for walk-in customers and inconsistencies in service delivery. Important information such as operating hours, service types, prices, and locations are also not communicated effectively to potential customers. To address these issues, an online reservation system was developed to disseminate information and facilitate service bookings. This system utilizes the FCFS (First Come, First Served) scheduling method, where services are processed in the order of arrival and completed one by one. This method is considered fair because the entire process is handled in the order in which they arrived. The development results demonstrate that the reservation system has been successfully developed, with features that simplify customer bookings without having to visit in person, saving time and money. This system also helps the salon manage service data, schedules, and reservation information more optimally and efficiently
Mobile Based Coffee Powder Sales Information System in Pagaralam City
Get PDFThe sales information system plays an important role in facilitating the exchange of information and meeting the needs of sellers and buyers. Pagar Alam is a city in South Sumatra Province located at the foot of Mount Dempo, with a strategic geographical position surrounded by mountains and hills. South Sumatra is known as the largest robusta coffee–producing province in Indonesia, supported by extensive plantation areas, high-quality production, and a large number of coffee farmers. However, the Pagar Alam Coffee Powder Shop still applies a conventional sales system that requires buyers to visit the store directly, making the sales process less effective and limiting market reach. In addition to selling ground coffee, the shop actively promotes coffee culture through coffee tasting events and educational activities. To address these challenges, this research aims to design a web-based sales information system that functions as both a sales support tool and a promotional medium. The system is developed as a mobile web optimized for smartphones and tablets, ensuring ease of access and user-friendly interaction. The development process adopts the Waterfall method, which provides a structured and systematic approach through sequential stages to produce an effective and reliable system
The Empowering Village Coffee Farmers through Website Optimization with Predictive RankMath SEO
No full textThis research is motivated by the low visibility and limited marketing of Kopi Kobaki MSME products, managed by the Kobaki Coffee Farmers Association in Banten. Although the community has significant potential to produce high-quality local coffee, the lack of digital literacy and online marketing efforts has caused sales to rely mainly on local intermediaries. This study aims to develop a village economic model based on a website integrated with predictive SEO strategies using the RankMath plugin, expand the market, and support farmers' economic independence. The research methods include needs analysis through surveys and interviews, website design and development using the WordPress platform, implementation of on-page and off-page SEO, and monitoring and evaluation through Google Search Console. The research results show that the kopikobaki.com website can increase the digital visibility of village coffee, even in communities with low digital literacy. The integration of a user-centered design approach, RankMath Pro optimization techniques, and Google Search Console metrics-based evaluation results demonstrates strong digital performance with high CTR and competitive search positions. These findings demonstrate that website-based digitalization can be an effective model for strengthening marketing, improving farmers' digital literacy, and supporting village economic independence through the use of sustainable technology.
 
Development of a Web-Mobile Based Attendance Information System For Teachers and Students Using QR Code Integrated With Geolocation
Get PDFThis research aims to develop a web-based and mobile-based academic information system to simplify the process of recording student attendance at SMPN 33 Buton. The manual attendance system creates various obstacles such as delays in recording, data inaccuracy, and difficulties in monitoring. This system is designed using the Waterfall development method which includes the stages of needs analysis, design, implementation, testing, and deployment. Web technology is used for the admin and teacher dashboards, while mobile technology is used by students to record attendance. The system backend is supported by a structured database to ensure the efficiency and accuracy of data processing. The results of the development show that this system can simplify the process of recording student attendance and help the school in managing attendance data more effectively
UI/UX Design Development on the Fresh Bocon Web with the Design Thinking Method to Optimize the Fresh Fish Agent Business in Kotanegara Village
Get PDFKotanegara Village, fresh fish agents still tend to use traditional methods in carrying out their operations, such as manual recording and word-of-mouth promotions, Manual processes that are still relied on often lead to recording errors, delivery delays, and customer dissatisfaction. This further emphasizes the importance of developing web-based technologies to support their businesses. Limited understanding of technology and lack of access to easy-to-use digital platforms are one of the main factors The application of the design thinking method has proven to be effective in producing interface designs and user experiences that suit the needs of local customers, especially for fresh fish agents in Kotanegara Village. Through the stages of empathize, define, ideate, prototype, and test, this method is able to identify key problems in traditional businesses, create innovative web-based solutions, and test and optimize prototypes until they are ready for implementation. The result is a UI/UX design that improves operational efficiency, provides a better customer experience, and supports the digital transformation of the business, thereby driving business growth and competitiveness of fresh fish agents