Journal of Advanced Research in Computer Graphics and Multimedia Technology

Internet Of Things Is a Revolutionary Approach for Future Technology Enhancement: A Review

2024-06-15T05:51:45+00:00

The rise of the Internet of Things (IoT) marks a revolutionary shift, transforming our everyday existence into a high-tech tapestry. From the interconnected brilliance of smart cities and homes to the meticulous management of pollution, energy, transportation, and industries, IoT has been the catalyst for these groundbreaking changes. Countless research endeavors have tirelessly worked to elevate IoT technology, but amidst the progress lie numerous unresolved challenges yet to be surmounted. In this landscape, the quest for IoT's full potential demands a holistic approach, encompassing its applications, hurdles, enabling technologies, and social and environmental impacts. This review article endeavors to delve deep into these facets, painting a comprehensive picture that straddles both the technological and societal realms. It meticulously dissects the challenges and pivotal issues that confront IoT, elucidating its architecture and significant application domains. Moreover, it shines a spotlight on existing literature, meticulously detailing their contributions across various dimensions of IoT. Furthermore, the article amplifies the significance of big data and its analysis concerning IoT—a critical junction that warrants profound exploration. Its overarching aim? To serve as a guiding beacon for readers and researchers alike, illuminating the intricate landscape of IoT and its tangible implications in the real world.

Visual Truth in the Digital Age: A Review of Image and Video Authentication and Verification Approaches

2024-06-15T06:03:45+00:00

The authenticity and integrity of multimedia con- tent, including photos and videos, have become crucial in the age of the explosion of digital information. Concerns about the relia- bility of visual information have increased with the emergence of sophisticated tools for picture and video manipulation. Through a thorough investigation of multimedia forensics and an emphasis on the authentication of images and videos, our research aims to address these concerns. Through a thorough examination of the available literature and methodological analysis, this study digs into the diverse world of multimedia forensics. It examines the methods, algorithms, and strategies now in use for identifying modifications, digital forgeries, and tampering with photographs and videos. This review goes beyond the theoretical to offer useful approaches and ideas for judging the reliability of multimedia content in a variety of settings, including journalism, forensics, and the examination of digital evidence. The complexity of mul- timedia authenticity verification is explained in this study, which adds to the continuing conversation on digital media integrity and security. The conclusions and methodologies discussed here not only contribute to preserving the credibility of multimedia content but also have implications for improving digital forensic investigations, safeguarding intellectual property, and enhancing the reliability of visual data in the digital age. This study is an important resource for academics, professionals, and decision- makers who are debating how to uphold authenticity and trust in our visual media landscape as the lines between reality and digital representation become more and more hazy.

ADA LOVELACE: THE PROPHET OF COMPUTER AGE

2024-06-15T05:48:10+00:00

Ada Lovelace, mathematician and the first computer programmer (1815-1852) was born in London, England. She was the first and the foremost pioneer of computer programming in the 19th century. This paper focuses on her works regarding the translation and notes of the working of Analytical Engine invented by Charles Babbage. For a woman with limited resources and living in a society where women's education was actively discouraged, she was not only the pioneer of computer evolution but also a torch bearer of women in technical fields for the next centuries. Studies were conducted to find an alternative but the first computer program created by her and the notes providing the limits and the expectations of the analytical engine remain the foundation of modern computing till date.

NAVIGATING THE DIGITAL MIST: UNRAVELLING IN FOG COMPUTING FOR EDUCATIONAL IOT

2024-06-15T05:54:36+00:00

In the ever-evolving field of education technology, the integration of Fog Computing into the realm of Educational Internet of Things (IoT) has emerged as a promising paradigm, promising enhanced connectivity, storage and real time data processing. This paper embarks on how fog computing technology can help in enhancing the operations of Internet of Things to make it fir and suitable for usage in educational purposes by exploring different hurdles and complexities inherent in this technological convergence. By using this, sensor data processing takes place at the edge devices of the network so that it can reduce the network traffic across the network layers significantly, safeguard the sensitive educational data, optimize computing resources and bandwidth offering a unique perspective on the challenges faced in this dynamic landscape. By extracting insights from case studies and real-world examples, this research illuminates practical scenarios that vividly portray the challenges faced by educators, administrators and technologists alike. The paper goes beyond identification of different fields providing a roadmap for potential solutions incorporating technological advancements, best practices and policy considerations. This study aims at contribution to the ongoing discourse on the intersection of Fog Computing and Educational IoT, offering a unique perspective on the challenges & opportunities faced in this dynamic landscape. As I unravel the complexities within this digital mist, I pave the way for informed decision making, ensuring the seamless integration of Fog Computing technologies into educational IoT.

TOUCH-FREE TEXT ENTRY: REVOLUTIONIZING INPUT METHODS THROUGH FINGERTIP-BASED AIR WRITING"

2024-06-15T05:59:43+00:00

This paper explores the innovative realm of touch-free text entry, specifically focusing on the paradigm shift brought about by fingertip-based air writing. Traditional input methods often require physical contact, limiting user interaction in various scenarios. In response to this challenge, our research delves into the development and evaluation of a novel system that enables users to input text seamlessly through gestures in the air using their fingertips. The objective of this study is to assess the feasibility, accuracy, and user experience of fingertip-based air writing as a touch-free text entry method. We present a detailed description of the underlying technology, including the algorithms and sensors employed in capturing and interpreting fingertip movements. Our methodology involves user trials with diverse participants, evaluating the system's performance across different contexts and linguistic patterns. Results indicate promising potential for fingertip-based air writing as an intuitive and efficient touch-free text entry method. Participants demonstrated quick adaptability to the system, achieving comparable typing speeds to conventional methods. The implications of this research extend beyond conventional touch-based interfaces, offering a transformative approach to human-computer interaction. In conclusion, this paper contributes to the ongoing evolution of input methods by introducing and validating fingertip-based air writing. The findings underscore the viability of touch-free text entry, paving the way for future developments in user-friendly interfaces and expanding the horizons of interactive technology.