Welcome to the Digital Repository Service@BU
The Digital Institutional Repository of BU
DRS@BU captures all intellectual assets of Bennett University. This platform enables the BU community to deposit (self-archive) their publications using a web interface, preserve and organize these publications for easy retrieval. It is expected that the repository will evolve as a major source of reference for all Bennett University publications accessible on the net.
- Digital Repository Service @ Bennett University
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Heart disease (HD) is considered as a potentially fatal disease. Because of multiple contributory risk factors such as abnormal pulse rate, diabetes, high blood pressure, excessive cholesterol, and so on, identifying the condition is difficult. Accurate and timely diagnosis is critical for HD therapy and prevention. As HD is an important reason of deaths in developing nations, the intentions of detecting the risk factors and early sign detection of this disease is important for which the...
Among 17 Sustainable Development Goals of the United Nations, the fourth goal focuses on quality and inclusive education for all. The focus of the current study is on the keyword "all." According to research and studies, the meaning of inclusive education is not limited to including learners with special needs into the mainstream, but it has a wider scope of making education and the environment inside a classroom more culturally appropriate so that "all" learners can find themselves included....
Welcome to “Understanding DataFlow in Games Using C++”! In the dynamic realm of game development, the efficient handling and manipulation of data lie at the heart of creating immersive and captivating gaming experiences. This book serves as your roadmap to unraveling the intricacies of data flow within the context of game development, with a dedicated focus on harnessing the capabilities of the C++ programming language. Games are complex ecosystems where information flows seamlessly between v...
Welcome to “Understanding DataFlow in Games Using C++.” This book aims to provide a comprehensive guide to understanding the intricacies of data flow within the context of game development, leveraging the power and flexibility of the C++ programming language. In modern game development, managing and processing data efficiently is crucial for achieving optimal performance and creating immersive gameplay experiences. Whether you are a seasoned game developer looking to deepen your u...
Welcome to “Understanding DataFlow in Games Using C++”! In the dynamic realm of game development, the efficient handling and manipulation of data lie at the heart of creating immersive and captivating gaming experiences. This book serves as your roadmap to unraveling the intricacies of data flow within the context of game development, with a dedicated focus on harnessing the capabilities of the C++ programming language. Games are complex ecosystems where information flows seamless...
The inclusion of “gamification using data structures” is a much-appreciated feature. The integration of gamification with data structures presents a promising avenue for problem-solving, learning, and engagement in the dynamic domains of technology and education. This book is predicated on the notion that comprehending complex concepts, such as data structures, may be both enjoyable and instructive. We want to revolutionize the learning process by integrating gamification principles int...
Welcome to "Gamification using Data Structures"! In the ever-evolving landscape of technology and education, the intersection of gamification and data structures represents a compelling journey into the realms of engagement, learning, and problem-solving. This book emerges from the belief that learning complex concepts, such as data structures, can be not only informative but also enjoyable. By integrating principles of gamification into the study of data structures, we aim to transform ...
Greetings and welcome to “Database Management Systems Using C++,” an all-encompassing examination of the interdisciplinary relationship between C++ programming and effective data management. The projects showcased in this book exemplify the versatility and prowess of C++ in the development of intricate database management systems. Following a critical analysis of VANET routing protocols, we investigate the potential for natural language processing to enhance chatbot interactions. ...
Tech innovation like AI transforms industry. ML enables computers learn and develop without scripting, enabling AI. In “Applications of Machine Learning,” volume 4, we examine AI’s many real-world applications and acceptance challenges. AI is essential in today’s fast-paced world. From tailored streaming suggestions to driverless cars on rough roads, technology has changed our lives. AI aspires to increase efficiency, accuracy, and decision making across disciplines, expanding possibilit...
Machine learning and real-world applications have altered organisations and society in the digital era. As data-driven insights become more important, the third volume of “Applications of Machine Learning” examines how this powerful technology is employed in many fields. This collection includes chapters from pros and amateurs with different machine learning approaches. This collection showcases machine learning algorithms’ versatility in short-term forecasting, brand positioning, cyber...
Welcome to “Database Management Systems Using C++,” a compilation that combines the strength of C++ with the complexity of database management to provide a thrilling tour of many innovative solutions. Each chapter is a standalone project that showcases C++’s versatility in areas such as algorithm visualization, educational tools, games such as chess and Pac-Man, command-line social networking, online security, 3D graphics, and machine learning traffic flow prediction
The world has been dominated by Artificial Intelligence (AI), which has permeated every aspect of personal and professional life. Practical applications of AI abound, including intelligent healthcare applications, autonomous vehicles, and smart home devices, among many others. These applications have significantly altered our everyday lives. The capacity of computers to analyze and learn from data, acquire knowledge through experience, and forecast future outcomes has the potentia...
Innovation and revolution are the foundation of evolution, and in this dynamic world the requirements are spontaneous and imperative. These requirements need fulfilment through the pursuit of novel solutions and thereby address complex and novel challenges. As we compile an array of diverse projects and that are curated and developed by young authors and developers, we are delighted to present in this volume the imaginative power and strong willingness of these young writers who p...
Mobile devices have seamlessly integrated into our everyday routines, offering access to an extensive range of applications and services encompassing communication, ecommerce, social networking, and location-based services. However, with this convenience comes the risk of privacy and security threats. Mobile devices are susceptible to security threats as they depend on open channels for transmitting data through radio waves. Adversaries can exploit this vulnerability to launch attacks such...
The fog computing paradigm has gained significant popularity in meeting the emerging demand for delay-sensitive applications. A fog computing paradigm provides low latency, reduces communication delay, and increases system energy efficiency. Like cloud computing, the fog computing framework also relies on virtualization. In a fog-enabled virtualization environment, challenges of system failure, hardware maintenance and load balancing can be addressed by facilitating the migration of fog-virtu...
Device-to-device (D2D) communication is an emerg ing technology in 5G and the upcoming 6G networks due to its prop erties to enhanced sum rate. Despite these advantages, co-channel and cross-channel interference and ultra-massive connectivity are major issues. To address these issues, we integrate the power domain non-orthogonal multiple access techniques (PD-NOMA) on the base station (BS). NOMA serves more than one user and reduces the effect of interference at cellular users (CUs) usin...
The usage of intelligent IoT devices is exponentially rising, and so the possibility of attacks in the IoT surfaces. The deep leaning algorithms are competent for directing the sanctuary investigation of IoT systems but have not upgraded the analysis of potential attacks in IoT. This paper aims to advance deep learning methods to create upgraded security strategies for IoT frameworks quickly. The study of the IoT security threats identified with inalienable or recently presented risks is ...
The primary goal of vehicular networks is to increase vehicle safety as well as transportation efficiency with the application of wireless communications technology. Therefore, it is crucial to develop an effective data distribution mechanism that notifies vehicles of significant safety incidents. Two recent developments that could assist a vehicular network in this regard include geospatial and blockchain technology. With the help of distributed nodes and geo-locations made possible by bl...
Swarm Intelligence based methods are amongst the highly efficient approaches for optimization in image clustering. Optimal clustering has been studied in many real-world applications, such as medical and aer ial image segmentation. Region wise clustering is a class of challenges in image region segmentation. Uncertain convergence and high computational load are critical issues in the region-wise image cluster ing due to local optimum and the NP-hard cluster computation. Meta-heuristics appr...
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