An emerging space in interface research is wearable devices that closely couple their sensing and actuation abilities. A well-known example is MetaLimbs [39], where sensed movements of the foot are directly mapped to ...
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This paper is focused on an environment mapping application using Lego Mindstorms. The main goal is to create a program for a robot that will be able to solve problems of movement and mapping in an unknown environment...
This paper is focused on an environment mapping application using Lego Mindstorms. The main goal is to create a program for a robot that will be able to solve problems of movement and mapping in an unknown environment. We chose Java and the Eclipse programming environment as the programming language. Simple mazes in the shape of a rectangle and the letters C were created for the mapping of the environment by the robot. We used an ultrasonic and infrared sensor for sensing the environment. In the end, we present a comparison and the results of measurements of both sensors when mapping the environment.
The advancement of web technologies has paved the way for dynamic and interactive web experiences. Interactive animation elements, a burgeoning facet of modern web design, have become pivotal in engaging and captivati...
The advancement of web technologies has paved the way for dynamic and interactive web experiences. Interactive animation elements, a burgeoning facet of modern web design, have become pivotal in engaging and captivating students in the learning process. This paper delves into the diverse possibilities and techniques available for implementing interactive animations within web browsers. We will explore various programming languages such as JavaScript, and GDScript as well as third party support libraries in creating interactive animations such as ***, and ***. We will explain the proper procedure for creating dynamic interactive animations as well as how to technically implement them. Additionally, the potential of integrating interactive animations with user interfaces and user experiences is explored, emphasizing their impact on enhancing website usability and visual appeal. Understanding these possibilities and harnessing the potential of interactive animations can significantly elevate web design, offering a new dimension of user engagement and interactivity in the digital realm.
This article focuses on the evaluation of the effectiveness of honeypot activity as a tool to understand cybersecurity principles by undergraduate computer science students. It examines to what extent and in what ways...
This article focuses on the evaluation of the effectiveness of honeypot activity as a tool to understand cybersecurity principles by undergraduate computer science students. It examines to what extent and in what ways this activity contributed to the acquisition of knowledge and technical skills related to honeypots and cybersecurity. By analyzing students' responses to a number of questions that focused on different aspects of the activity, their experiences, knowledge, and attitudes toward the topic were evaluated. The results are presented with respect to their improved understanding of the concept of a honeypot, their perspectives on the value of this activity in teaching cybersecurity and their opinions on the suitability of including this topic in the course curriculum.
The integration of artificial intelligence (AI) into the learning environment represents a fundamental change in the transformation of educational practices. In the context of this article, a wide range of promising p...
The integration of artificial intelligence (AI) into the learning environment represents a fundamental change in the transformation of educational practices. In the context of this article, a wide range of promising possibilities that artificial intelligence brings to the modernization of the educational environment is examined. Its primary purpose is to perform a thorough analysis of AI applications within educational contexts, with an emphasis on specific examples of applications and their effectiveness, categorized according to the basic types of AI processing. In order to achieve a holistic view of the topic, the paper systematically collects and presents relevant research papers from the domains of AI and education. Each application presented is supported by concrete results from experiments on groups of real students, highlighting the real impact and effectiveness of these technologies. In this way, the paper highlights the ever-evolving potential and possibilities of artificial intelligence within the educational environment, providing a significant contribution to the field of education and encouraging stimulating debate about the future of education.
The paper deals with the problem of assessing the characteristics of electromagnetic wave scattering on electrodynamic objects with a complex shape. A combined approach, which is based on the use of statistical method...
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The paper considers the problem associated with the construction of an antenna, based on the flat focusing reflector with waveguide slots of a square profile, filled with a homogeneous dielectric. Algorithms for anten...
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This paper delves into the longstanding debate surrounding the efficacy of open-book versus closed-book examinations in the context of higher education, with a specific focus on courses within the domains of Informati...
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ISBN:
(纸本)9798350370690
This paper delves into the longstanding debate surrounding the efficacy of open-book versus closed-book examinations in the context of higher education, with a specific focus on courses within the domains of Information Science and Humanities. The choice between these two examination formats has significant pedagogical implications, as it shapes the learning experience, assesses the depth of understanding, and influences student outcomes. To elucidate the advantages and drawbacks of each approach, this study employs a mixed-methods research design, incorporating quantitative data from student performance metrics and qualitative insights from surveys and interviews. The authors examine these two phenomena in a hybrid learning environment, which has proven to be a resulting effective tool for the impact of the COVID-19 pandemic. They explore how the cognitive demands and assessment criteria differ between these two modes of examination, considering the distinctive nature of disciplines within Information Science and Humanities. In Information Science, open-book exams are often regarded as aligned with real-world scenarios, reflecting the accessibility of information resources in professional contexts in the post-COVID era. In contrast, closed-book exams emphasize memory recall and analytical reasoning skills. We investigate whether these distinctions translate into varied learning outcomes, student satisfaction, and long-term knowledge retention. Within the Humanities subjects, where critical thinking, analysis, and interpretation are paramount, the debate between open-book and closed-book exams gains further complexity. We examine how each format influences the development of critical thinking skills, the ability to synthesize and apply knowledge, and the cultivation of a deep understanding of complex texts and concepts. Additionally, this paper explores the role of technology and digital resources in shaping the dynamics of open-book exams, and whether this evolutio
Synchronization is an important concept in parallel computing. Students are usually introduced to this topic during their undergraduate studies in courses devoted to operating systems or parallel computing. In this pa...
Synchronization is an important concept in parallel computing. Students are usually introduced to this topic during their undergraduate studies in courses devoted to operating systems or parallel computing. In this paper, we present some aspects of teaching a synchronization module in a parallel computing course and discuss the advantages of assigning students practical programming problems inspired by classical synchronization challenges, such as the "Dining Philosophers" problem.
Android smartphones largely dominate the smartphone market. For this reason, it is very important to examine these smartphones in terms of digital forensics since they are often used as evidence in trials. It is possi...
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Android smartphones largely dominate the smartphone market. For this reason, it is very important to examine these smartphones in terms of digital forensics since they are often used as evidence in trials. It is possible to acquire a physical or logical image of these devices. Acquiring physical and logical images has advantages and disadvantages compared to each other. Creating the logical image is done at the file system level. Analysis can be made on this logical image. Both logical image acquisition and analysis of the image can be done by software tools. In this study, the differences between logical image and physical image acquisition in Android smartphones, their advantages and disadvantages compared to each other, the difficulties that may be encountered in obtaining physical images, which type of image contributes to obtaining more useful and effective data, which one should be preferred for different conditions, and the benefits of having root authority are discussed. The practice of getting the logical image of the Android smartphones and making an analysis on the image is also included. Although root privileges are not required for logical image acquisition, it has been observed that very limited data will be obtained with the logical image created without root privileges. Nevertheless, logical image acquisition has advantages too against physical image acquisition.
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