cover
Contact Name
M. Miftach Fakhri
Contact Email
fakhri.abcollab@gmail.com
Phone
+6281343505565
Journal Mail Official
dtcs@abcollab.id
Editorial Address
Jalan Cempaka Mekar Raya No. 10 Bandung, Jawa Barat, Indonesia
Location
Kota bandung,
Jawa barat
INDONESIA
Journal of Digital Technology and Computer Science
ISSN : 30310318     EISSN : 30308127     DOI : https://doi.org/10.66053/dtcs
Digital Technology and Socio-Technical Innovation, including the design, development, implementation, and evaluation of digital solutions, platforms, applications, and infrastructures that support modern socio-technical systems, digital transformation, and technology-enabled services. Computer Systems, Software, and Networking, encompassing distributed systems, computer networks, network architectures, communication protocols, network performance, next-generation connectivity, software systems, and integrated computing environments. Artificial Intelligence, Machine Learning, and Intelligent Systems, covering intelligent systems, machine learning algorithms, deep learning, natural language processing, expert systems, knowledge-based systems, computational intelligence, and applied AI across scientific, industrial, and societal domains. Decision Support, Fuzzy, and Evolutionary Systems, including decision support systems, fuzzy logic, fuzzy control, evolutionary computing, optimization algorithms, swarm intelligence, hybrid intelligent methods, and data-driven decision models. Image, Audio, and Multimedia Processing, including computer vision, image processing, sound and speech processing, multimedia analysis, signal processing, pattern recognition, and audio-visual computing applications. Information Security and Cybersecurity, focusing on information security, system security, network security, cybersecurity governance, cryptography, privacy protection, secure software engineering, threat detection, intrusion prevention, digital forensics, and cyber risk management. Cyber Crime and Digital Investigation, including cybercrime detection and analysis, cyber law and policy in digital environments, forensic investigation, online fraud, identity theft, malicious activity analysis, and digital evidence management. Social Network and Digital Security, covering security and trust in social media and online platforms, digital identity, misinformation and disinformation detection, privacy in social networks, human factors in cybersecurity, and safe digital interaction ecosystems. Operating Systems, Computer Architecture, and Embedded Computing, including operating systems, processor and memory architecture, virtualization, system-level optimization, embedded systems, real-time computing, firmware, and performance engineering. Cloud, Edge, and Ubiquitous Computing, covering cloud platforms, fog and edge computing, distributed intelligence, service orchestration, scalable infrastructures, reliability, resource management, and pervasive computing environments. Internet of Things (IoT), Sensor Networks, and Cyber-Physical Systems, including smart devices, wireless sensor networks, industrial IoT, IoT platforms, connected environments, cyber-physical systems, and real-world deployment challenges in intelligent sensing and control. Big Data, Analytics, and Data-Driven Computing, encompassing data engineering, data mining, large-scale data processing, predictive analytics, visual analytics, business intelligence, and advanced computational methods for complex datasets. Wearable Devices and Smart Sensing Technologies, including wearable computing, body-area networks, health and activity monitoring systems, smart textiles, mobile sensing, and human-centered intelligent devices. Embedded Robotics and Microcontroller Systems, including robotic systems, embedded robotics, autonomous control, low-level hardware-software integration, microcontroller-based applications, robotic sensing, and intelligent actuation systems. Micro and Nano Technology, including microelectronics, nanoelectronics, microsystems, nanosystems, MEMS/NEMS-related applications, miniaturized intelligent devices, and sensor-oriented micro/nano technological innovations. Renewable Energy and Intelligent Energy Systems, including digital technologies for renewable energy, smart energy monitoring, intelligent control systems for energy efficiency, IoT-enabled energy systems, sustainable computing, and computational methods for energy optimization. Software Engineering and Information Systems, including software design, software quality assurance, software testing, requirements engineering, enterprise systems, information systems development, human-centered software solutions, and digital service integration. Robotics, Automation, and Autonomous Systems, covering intelligent robotics, automation systems, control engineering, autonomous agents, robotic perception, human-robot interaction, and smart manufacturing applications. Human-Computer Interaction and Digital Experience, including user interface design, user experience, usability evaluation, interactive systems, accessibility, persuasive technologies, and digital behavior in technology-mediated environments. Green Computing and Sustainable Digital Systems, including energy-efficient computing, sustainable software and hardware design, green AI, carbon-aware digital infrastructures, smart resource management, and digital technologies for environmental sustainability.
Articles 5 Documents
Search results for , issue "Vol. 2 No. 1 (2024): November 2024" : 5 Documents clear
Remindly: Android-Based Task Reminder App with Agile Methods to Improve Student Study Time Efficiency Artika Sari Dewi; Zahwa Aurellia Adha Maulana Syach; Anggun Nurpadila
Journal of Digital Technology and Computer Science Vol. 2 No. 1 (2024): November 2024
Publisher : Academic Bright Collaboration

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Abstract

The rapid development of digital technology demands practical solutions in time management, especially for students and students who often face difficulties in managing academic assignments. This research aims to develop the Remindly application, an Android-based task reminder application designed using the Agile method to help users systematically record, manage, and receive task notifications. The development process is carried out in three sprints, including the stages of planning, needs analysis, interface design, implementation, and testing. The app's key features include login, registration, task addition, automatic reminders, grouping tasks by status, and user profile management. The app was tested using both black-box and white-box methods, which showed that all functionality was running as planned. The Remindly application is expected to be able to improve the time efficiency, discipline, and productivity of users in daily activities, especially in the academic context.
Task Monitoring Information System: Case Study of Task Minder Implementation in PTIK A Class Students Class 2022 Makassar State University Fauziah; Miftakhul Jannah; Amanda Putri Lestari
Journal of Digital Technology and Computer Science Vol. 2 No. 1 (2024): November 2024
Publisher : Academic Bright Collaboration

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Abstract

In the digital age, students face increasing demands to manage various academic assignments and deadlines effectively. Manual task management often leads to missed deadlines, irregularities, and reduced productivity. Therefore, a structured, easy-to-use task monitoring system is needed to support learning efficiency. This research explores Task Minder, a task monitoring system that helps individuals and organizations manage tasks in a structured manner. With user-friendly features such as account creation, task editing, status tracking, and automatic reminders, Task Minder aims to increase productivity and efficiency. A descriptive method is used to describe and analyze this system, through a whitebox approach in the creation of Software Requirements Specification (SRS) documents. Data was collected through interviews, observations, and documentation, then analyzed qualitatively using thematic analysis methods. The results show an increase in user productivity, but also identify some limitations that need to be considered for effective use. Overall, Task Minder makes a real contribution as a digital solution in academic task management, helping students organize work more efficiently, responsively, and integrated with learning needs.
Digides: Development of a Web-Based Information System for Village Data Administration and Management Using the Waterfal Method Faldy; Andi Azzahfira Putri Suhaoping; Musryfah Sa’adah
Journal of Digital Technology and Computer Science Vol. 2 No. 1 (2024): November 2024
Publisher : Academic Bright Collaboration

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Abstract

The development of information technology has encouraged the transformation of public services in villages to be more efficient and transparent. This research aims to develop the Integrated Village Information and Service System (Sipandai) website to overcome administrative problems such as population data collection, correspondence, and access to information. Sipandai provides digital administration features, budget transparency, village news, and online levy payments. The system development uses the iterative and flexible Agile method, allowing for customization according to the user's needs. The results of the development show that the implementation of Agile supports the effectiveness of the system, improves the quality and speed of public services in the village, and encourages community participation in more transparent governance. Sipandai also functions as a means of community empowerment and strengthening information technology-based village governance. The test results using the Black Box and White Box methods showed a 100% success rate with no errors found in all test scenarios
SIPANDAI: Development of an Integrated Village Public Service Website Using the Agile Method Alisa Zahra Syahdia; Alya Wulandari; Muh. Asdar; Andi Naufal Abiyyu Tsarwat
Journal of Digital Technology and Computer Science Vol. 2 No. 1 (2024): November 2024
Publisher : Academic Bright Collaboration

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Abstract

The development of information technology has encouraged the transformation of public services in villages to be more efficient and transparent. This research aims to develop the Integrated Village Information and Service System (Sipandai) website to overcome administrative problems such as population data collection, correspondence, and access to information. Sipandai provides digital administration features, budget transparency, village news, and online levy payments. The system development uses the iterative and flexible Agile method, allowing for customization according to the user's needs. The results of the development show that the implementation of Agile supports the effectiveness of the system, improves the quality and speed of public services in the village, and encourages community participation in more transparent governance. Sipandai also functions as a means of community empowerment and strengthening information technology-based village governance. The test results using the Black Box and White Box methods showed a 100% success rate with no errors found in all test scenarios
Traditional Food Ordering Service Information System "ANTAR RASA" Nashifah Nurul Fajri; A. Siti Rahmawati; Ainun Mardiah; Putri Rahayu
Journal of Digital Technology and Computer Science Vol. 2 No. 1 (2024): November 2024
Publisher : Academic Bright Collaboration

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Abstract

The younger generation's interest in traditional food, partly due to limited digital promotion and accessibility, raises concerns about the preservation of Makassar's culinary heritage. This research aims to design and implement AntarRasa, a web-based food ordering information system to facilitate online access to traditional foods while strengthening local cultural identity. This study uses a qualitative descriptive-analytical method, with data collected through structured interviews and user observations, then thematically analyzed and validated to ensure its accuracy and reliability. The system was developed with features including registration, login, home, about, menu, gallery, and order, and tested using white-box and black-box verification methods. The results of the study showed that the system functions effectively, meets user needs, and provides convenience in ordering traditional food. In conclusion, AntarRasa supports the preservation and promotion of culture by integrating technology with culinary heritage and can serve as a model for similar applications in the context of other regional foods.

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