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The advancement of information technology has driven the need for more effective and efficient attendance systems, especially for companies with a distributed workforce. PT. Asia Sinergi Solusindo faces challenges in managing employee attendance in real-time based on predefined work locations. This study aims to design a location-based attendance application system utilizing Global Positioning System (GPS) technology to ensure employees can only mark attendance at locations specified by the administrator. The system was developed using the *waterfall* software development methodology, encompassing requirements analysis, system design, implementation, and testing. The application was built on the Android platform with cloud-based database integration to centrally store attendance data. The results show that the system enhances attendance data accuracy, reduces fraud risks, and facilitates real-time employee attendance monitoring. Thus, this application is expected to provide an effective solution to support attendance management at PT. Asia Sinergi Solusindo.

The implementation of a web-based guest book at PTPN4 aims to enhance visitor management and improve operational efficiency. This system allows for real-time data entry and retrieval, enabling staff to monitor visitor information effectively. By transitioning from a traditional paper-based guest book to a digital solution, PTPN4 seeks to minimize administrative burdens, reduce errors, and streamline the check-in process. Furthermore, the web-based system facilitates better data analysis, helping management make informed decisions about visitor engagement and security protocols. Overall, this initiative is expected to contribute to a more organized and efficient operational environment at PTPN4

Raudhatul Athfal Nurul Hidayah is a kindergarten located in Rawa Panjang, Bojong Gede, Kabupaten Bogor, Jawa Barat. The use of technology in education is increasing, especially in terms of school administration such as tuition payments and new student registration. The online tuition payment and registration system is designed to facilitate the administration process for schools and parents of students. With this system, parents can make tuition payments and student registration online through an application or website, without having to come directly to the school. This study aims to develop and implement an efficient and user-friendly online tuition payment and registration system.The methods used include system design, collecting user needs data, and system testing. The results of the study show that this system can reduce the time and costs required in the payment and registration process, as well as increase data transparency and accuracy. This system also makes it easier for schools to manage financial data and student registration. Thus, the online tuition payment and registration system can be a practical solution in supporting the digitalization of school administration

Mastering technology is essential in the digital age, particularly for building programming skills. However, a lack of access to good learning materials and adaptable learning systems remains a major challenge. This research intends to create a digital-based coding course platform that effectively and efficiently supports technical learning. To provide the best learning experience, the platform includes different features such as organized learning materials, hands-on exercises, and automated evaluations. The development methods used include analyzing user needs and implementing modern web technologies. Testing results indicate that the platform can enhance users' grasp of coding concepts and encourage them to keep learning. The platform is anticipated to offer innovative solutions for technology education for various groups, from students to professionals.

Training activities for recording simple digital-based financial reports through the TokoKu application were carried out with the participant Mrs. Ngadiyah, owner of Warung Snacks and Sembako Hidayah. This training aims to help MSMEs overcome the problems of disorganized manual recording, minimal understanding of financial reports, and limited use of technology. This activity is carried out in three stages: preparation, implementation, and mentoring. The results of the training showed an increase in participants' ability to record transactions, prepare simple financial reports, and manage inventory more efficiently. The TokoKu application also helps reduce recording errors and makes business decision making easier. Even though there are obstacles related to technology adaptation and poor internet access, this training succeeded in proving that digitalization can increase the sustainability and competitiveness of MSMEs in the digital era.

Excessive sugar consumption has become a serious public health problem. Increasing patterns of food and drink consumption in line with changes in modern lifestyles have contributed to an increase in the prevalence of non-communicable diseases such as obesity, type 2 diabetes and cardiovascular disorders. This study analyzes and analyzes the use of Artificial Intelligence (AI), especially Deep Learning techniques and Neural Network algorithms, in the classification of sugar content in sweetened drinks. The Systematic Literature Review (SLR) method was used to filter relevant studies published between 2020-2024. The study results show that AI is able to provide more efficient and accurate solutions than manual methods. However, although the literature results show great potential, the application of AI in sugar content classification still requires further empirical research. This study emphasizes the importance of developing AI models tailored to the characteristics of sweetened drinks to support consumer decision making regarding healthier drink choices.

Mobile operating systems are software designed to manage the fundamental functions of devices. The most dominant mobile operating systems in today's market are Android and iOS, each capturing their respective user segments with distinct approaches. iOS is a mobile operating system developed by Apple, tailored for its smartphones, while Android is designed by the Open Handset Alliance (led primarily by Google) and developed for Android smartphones and tablets. This study employs a comparative method to analyze the performance and memory management of Android 11 and iOS 14. The findings reveal that iOS 14 is more efficient, with an average memory allocation time of 90 ms, compared to Android 11’s 120 ms. Android 11 offers greater flexibility in handling heavy applications but at the cost of higher memory consumption. Conversely, iOS 14 demonstrates superior efficiency and stability in memory usage, particularly for lightweight and medium applications.

The rapid advancement of information and communication technology has opened new opportunities in education, particularly in digital-based learning. This study focuses on designing and developing an e-learning platform for Informatics subjects at SMP Negeri 1 Rao Selatan using Google Sites as a medium for online learning. The research employs the Research and Development (R&D) method with a 4D model: Define, Design, Develop, and Disseminate. The Define stage includes a needs analysis to identify requirements for online learning. The Design stage organizes e-learning content based on curriculum and standards. The Develop stage involves creating and testing the platform, while the Disseminate stage includes trials and evaluations of its effectiveness. Results show that the Google Sites-based e-learning platform enables flexible and interactive access to Informatics learning materials and assignments. It also provides an efficient tool for teachers to manage materials without requiring advanced technical skills. Positive feedback from trials highlights the platform's ease of access, interactivity, and support in enhancing material comprehension. Validity, practicality, and effectiveness tests scored 0.90, 0.95, and 0.80, respectively, indicating high reliability. These findings offer a reference for developing e-learning in other subjects and present a practical solution for distance learning in the digital era.

The role of teachers in enhancing students' active participation in the learning process, which is considered an important element in the success of teaching and learning activities. This study applies a descriptive qualitative approach and literature review to recognise the various elements that impact on student participation, including internal (psychological and physiological) and external (non-social and social) factors. The article also examines learning strategies such as problem-oriented learning, active learning and project-based learning to enhance student engagement. In addition, methods such as ‘Index Card Match’ and discovery-based learning models are used to increase student participation. The results showed that students' participation contributed significantly to their learning achievement, both through active involvement in discussions and the courage to ask questions. The author suggests the application of creative teaching methods as well as efficient teacher questioning skills to optimise students' participation potential in the classroom.

Hospital Management Information System (SIMRS) is an information technology designed to manage the entire process of health services in an efficient and integrated manner. SIMRS implementation plays an important role in supporting decision making, increasing work efficiency, and improving the quality of hospital services. The purpose of this study is analyze the effect of SIMRS implementation on employee performance in the health sector. The method used is a The study employs a literature review methode by national research articles published between 2017-2024. Data sources were obtained through the Google Scholar database with keywords related to hospital management information systems and employee performance. The data was analyzed based on research results from several relevant journals. The results showed that SIMRS implementation has a significant influence on hospital employee performance. SIMRS is proven to improve operational efficiency, data accuracy, and speed in health services. The majority of studies reviewed showed a significant relationship between SIMRS and improved employee performance, as indicated by a significance value of p < 0.05 in various studies. SIMRS implementation has a positive impact on employee performance, both in terms of work effectiveness and quality of health services.

Education is an important sector in the development of a country, and effective utilization of educational resources plays a major role in achieving these goals. However, in Indonesia, the utilization of educational resources still faces various challenges, especially related to the unequal distribution of resources between urban and remote areas. This study aims to analyze the utilization of educational resources in Indonesia, both in terms of the quality of educators, educational facilities, and available technology. The research method used is a qualitative approach with descriptive analysis to describe the current conditions and existing challenges. The results of the study show that despite government efforts, there is still a large gap in access to education between developed and disadvantaged areas. Assistance programs such as the School Operational Assistance Fund (BOS) and the Smart Indonesia Program (PIP) have not fully reached areas in need. The quality of educators is also a major obstacle, especially in the 3T (frontier, outermost, and disadvantaged) areas, where many teachers have not received adequate training. In addition, the problem of uneven distribution of educational infrastructure is a major obstacle in creating a conducive learning environment. This study suggests the need for equal distribution of education budgets, improvement of teacher quality through continuous training, and more transparent and efficient management of existing education resources. The implementation of educational technology is also expected to improve the quality of learning in areas with physical limitations. In the long term, more inclusive and locally data-based policies will strengthen Indonesia's education system. This study is expected   Keywords: Educational Resources, Utilization, Quality of Educators Education is an important sector in the development of a country, and effective utilization of educational resources plays a major role in achieving these goals. However, in Indonesia, the utilization of educational resources still faces various challenges, especially related to the unequal distribution of resources between urban and remote areas. This study aims to analyze the utilization of educational resources in Indonesia, both in terms of the quality of educators, educational facilities, and available technology. The research method used is a qualitative approach with descriptive analysis to describe the current conditions and existing challenges. The results of the study show that despite government efforts, there is still a large gap in access to education between developed and disadvantaged areas. Assistance programs such as the School Operational Assistance Fund (BOS) and the Smart Indonesia Program (PIP) have not fully reached areas in need. The quality of educators is also a major obstacle, especially in the 3T (frontier, outermost, and disadvantaged) areas, where many teachers have not received adequate training. In addition, the problem of uneven distribution of educational infrastructure is a major obstacle in creating a conducive learning environment. This study suggests the need for equal distribution of education budgets, improvement of teacher quality through continuous training, and more transparent and efficient management of existing education resources. The implementation of educational technology is also expected to improve the quality of learning in areas with physical limitations. In the long term, more inclusive and locally data-based policies will strengthen Indonesia's education system. This study is expected    

In the architecture design and 3D visualization industry, rendering speed and quality are crucial factors in enhancing productivity. This study aims to compare the performance of GPU and CPU-based rendering software, focusing on three main aspects: render time, visual quality, and resource efficiency. The experiment was conducted using two leading rendering software, Corona (CPU) and Lumion GPU, with identical design objects. The results show that GPU rendering excels in render speed, although it slightly sacrifices quality detail compared to CPU rendering. Additionally, GPU is more efficient in resource usage, with lower energy consumption during longer rendering processes. Based on these findings, it is recommended that design and architecture professionals choose GPU rendering for projects that prioritize speed and time efficiency, while CPU rendering is more suitable for tasks that require higher quality and more complex details. This study provides valuable insights for the creative industry in selecting the most appropriate rendering technology to enhance their design productivity.  

Currently, the Amikom University Purwokerto student portal is still not equipped with a student data search feature that can make it easier to access related information. The unavailability of this feature can provide significant obstacles to various students' daily activities, especially in activities such as academic research, collaborative group work across study programs, and interactions between departments. The aim of this research is to apply the TOGAF framework which is expected to be able to help identify the root of the problem and provide a more comprehensive, systematic and effective solution in an effort to improve the functionality of this portal, so that it can better support students' academic needs. This research uses the TOGAF method which includes Understanding Business Context, Vision Architecture, Definition Architecture, and Transition Architecture. The result of this research is a flowchart design for the student data search feature which was created and analyzed using the Bizagi Modeler application which was compared between the design and the current process. Based on the results, it shows that the design of the student data search flow through Student Amikom Purwokerto is much faster and more efficient because the data search time is reduced from 40 minutes to 3 minutes.  

This study compares the economic resilience of Indonesia and Thailand in agricultural commodities such as rice, sugar, mangosteen, and mango. Both countries are agricultural countries in Southeast Asia and each makes a major contribution to the production and export of these commodities. Secondary data from government reports, international organizations, and previous research were used in a qualitative descriptive study. The results of the analysis show that Thailand excels in rice and mango production due to the use of advanced agricultural technology and efficient export strategies. However, Indonesia has great potential in the sugar and mangosteen industries, but faces challenges in production efficiency and competition in the international market. Through diversification policies and technological innovation, Thailand can adapt to the challenges of climate change and market price fluctuations. In contrast, Indonesia needs to improve agricultural infrastructure, increase supply chain efficiency, and create policies that help smallholder farmers. To improve economic resilience in these sectors, the study suggests increased regional cooperation and investment in technology.

The development of photography technology and the need for digital marketing have encouraged photographers to utilize online media as a promotional tool. This research aims to plan the development of a Content Management System (CMS)-based portfolio website for photography businesses using the User-Centered Design (UCD) approach. The UCD approach ensures that the website design meets the needs of users through iterative stages, including needs analysis, prototype design, and evaluation. The results show that the designed website is able to fulfill the main user needs, such as easy-to-update photo galleries, informative service pages, and responsive contact forms. WordPress CMS was chosen due to its ease of use and design flexibility. With the implementation of UCD, the user satisfaction score increased from 70% to 90%. However, improved security features are recommended to prevent unauthorized access to the photo gallery. This research contributes to the development of efficient digital media to improve the competitiveness of photography businesses in the digital era.

This research aims to analyze the comparison of lowland rice harvest costs between traditional methods and the use of combine harvester technology in Padang Siring Village, Seginim District, South Bengkulu Regency. A total of 56 farmers were research respondents, consisting of 28 farmers using combine harvesters and 28 farmers using traditional methods. Primary data was collected through observation and interviews, while secondary data came from related agency documents. The research results show that the average cost of harvesting using traditional methods reaches IDR 2,560,000, while the cost of harvesting using a Combine Harvester is IDR 1,865,000, with a cost difference of IDR 695,000. Combine Harvester provides higher cost efficiency because it only requires IDR 500/kg for production wages and harvest time is shorter, namely one day for one hectare. In contrast, traditional methods require more labor and time, so they are more expensive. Reasons why farmers choose traditional methods include muddy land conditions, narrow rice fields, and inconsistent harvests. This research concludes that the use of a Combine Harvester is more efficient in terms of cost and time, but its implementation is still hampered by land conditions. It is hoped that this study can become a reference in encouraging the adoption of appropriate technology in the agricultural sector to support sustainable food self-sufficiency.

This research focuses on the planning of new pedestrian routes, including underpasses and skywalks, in the commercial areas of Jalan Boulevard and Jalan Pengayoman, Makassar City. The main problem faced is the lack of comfort and safety of pedestrian paths due to illegal parking, congestion, and limited pedestrian facilities. The research aims to design a pedestrian path that is standardized, comfortable, and integrated with strategic areas. The methods used include field observations, interviews, and analysis of primary and secondary data. The results showed that the majority of respondents supported the development of pedestrian paths and skywalks with important elements such as adequate lighting, accessibility for people with disabilities, and supporting facilities such as seating and clear direction markers. The path design is designed to connect with public transport hubs, shopping centers, and office areas, prioritizing convenience, safety, and sustainability. This research provides design recommendations based on regulations such as Technical Guidelines No. 027/T/Bt/1995 and Permen PUPR No. 5 of 2023. The implementation of new skywalks and pedestrian paths is expected to improve the quality of public spaces, reduce congestion, and create a more comfortable, efficient, and inclusive urban environment.

This study aims to analyze school financial management, focusing on sources of financing and accountability mechanisms in educational institutions. Through the literature study method, this study explores various important aspects related to school financial administration, including the diversity of funding sources, the role of financial managers, and the accountability measures needed to ensure the transparent and efficient use of funds. The findings show that effective financial management has a great influence on the quality of education. Additionally, the study identifies the challenges schools face in financial management, providing valuable insights for policymakers, educators, and administrators seeking to improve financial practices in schools. The results of this research are expected to contribute to the development of a more comprehensive conceptual framework on school financial management in Indonesia.

The transformation of traditional architecture into modern architecture in urban environments reflects a shift in the values, functions, and aesthetics of buildings in response to the ever-growing needs of society. Traditional architecture that is strong with cultural elements and environmental adaptation now faces major challenges with the emergence of modern architecture that is more minimalist, efficient, and prioritizes technology. This study aims to examine how traditional architectural elements can be maintained and integrated into modern architectural designs in urban areas, especially in an effort to maintain cultural identity and answer the need for sustainable and environmentally friendly buildings. The transformation of traditional architecture into modern architecture in urban environments is a complex and interesting process. This change occurs in response to the development of the times and technology. Traditional architecture has important historical and cultural values, but with the presence of modern architecture, there are changes in the form, materials, and functions of buildings. With this transformation, there is a change in the order of the urban environment Modern buildings built around traditional buildings create an interesting contrast and reflect a blend of the past and the present. The transformation of traditional architecture into modern architecture in urban environments is a process that continues to develop and provides new colors in the world of architecture.

Face detection and facial landmarks are an important technique in the field of computer vision with a wide range of potential applications, including expression recognition, security systems, and human-computer interaction. This study explores the implementation of facial landmarks detection using Python and OpenCV, focusing on the use of the Haar Cascade algorithm for face detection and the Local Binary Features (LBF) model for the identification of landmarks. The proposed method implements real-time detection via webcam, capable of recognizing 68 important points on the human face. The results show that the approach using OpenCV and LBF models has good accuracy in detecting and tracking facial features in different lighting conditions and viewing angles. This research contributes to the development of efficient and reliable facial detection methods, with wide application potential in the fields of computer vision, security, and behavioral analysis.