Arpita Patel – författare

Seminar paper from the year 2023 in the subject Engineering - Computer Engineering, grade: A, , language: English, abstract: In an era defined by ubiquitous computing and energy-conscious design, unlock the secrets to crafting ultra-efficient integrated circuits with this indispensable guide to low-power VLSI design. Delve into the intricate world of CMOS circuits and discover a wealth of strategies to minimize power dissipation without sacrificing performance or cost-effectiveness. From the fundamental principles of dynamic and static power consumption to cutting-edge transistor-level techniques, this book provides a comprehensive exploration of the tools and methodologies essential for creating energy-efficient electronic systems. Master the art of balancing power, performance, and cost as you journey through various low-power design strategies applicable at different design levels. Uncover the nuances of transistor sizing, threshold voltage optimization, and the revolutionary impact of SOI transistors and high-K dielectrics. Explore circuit-level techniques such as pin ordering and gate network reorganization to further refine your designs and achieve optimal power efficiency. Whether you're a seasoned VLSI designer or a budding engineer, this book equips you with the knowledge and insights to tackle the challenges of power management in modern electronic systems, enabling you to create innovative solutions for a sustainable future. Gain a profound understanding of leakage current mitigation, dynamic power reduction, and static power optimization, all while mastering the art of low power VLSI design. Discover effective power management strategies that will revolutionize your approach to circuit design and enable you to develop groundbreaking, energy-efficient technologies that push the boundaries of what's possible. Embrace the power of efficient design and shape the future of electronics. This book covers different power dissipation types in CMOS circuits like dynamic (switching and short-circuit) and static power dissipation (leakage currents). It also highlights the importance of threshold voltage adjustment, SOI transistors benefits, and utilization of high-K materials. Techniques like transistor sizing, pin ordering and gate network reorganization are discussed to reduce power consumption. The ultimate guide to minimizing power consumption in VLSI design, balancing performance and cost, and mastering low-power design strategies across diverse design levels for CMOS circuits.

Document from the year 2024 in the subject Computer Science, grade: A, , language: English, abstract: Unleash the future of computing with RISC-V, the revolutionary open-source Instruction Set Architecture (ISA) that's reshaping the landscape of processor design. Dive into a comprehensive exploration of RISC-V, tracing its origins, dissecting its architectural nuances, and unveiling its transformative potential across diverse applications. This book meticulously examines the core principles that distinguish RISC-V from its predecessors, offering a detailed comparison with traditional CISC architectures and highlighting the advantages of its streamlined, modular design. Discover how RISC-V's open-source nature fosters innovation and collaboration, empowering developers to customize processors for specific needs, whether it's optimizing power efficiency in embedded systems or maximizing performance in high-performance computing. Explore the vast ecosystem of RISC-V extensions and instruction sets, gaining insights into specialized functionalities like bit manipulation and vector processing. Through insightful analysis of various RISC-V implementations, including single-cycle processors, reconfigurable secure processors, and FPGA-based designs, this book illuminates the path to cost reduction, performance optimization, and unparalleled flexibility in processor architecture. Whether you're a seasoned hardware engineer, a software developer seeking deeper understanding, or simply curious about the next frontier in computer architecture, this is your essential guide to mastering RISC-V and unlocking its boundless possibilities in the world of computer architecture, processor design, and beyond. Delve into the realm of open-source hardware and discover how RISC-V is driving a paradigm shift in the way we design and build computing systems, from embedded devices to cutting-edge AI accelerators. Explore real-world applications and learn how RISC-V's unique features are being leveraged to create innovative solutions across various industries, paving the way for a future where customized, efficient, and secure computing is within everyone's reach. Explore the RISC-V ISA and discover how it enables performance optimization and opens new horizons in computer architecture and processor design.

Technical Report from the year 2024 in the subject Computer Science - Applied, , language: English, abstract: The suggested framework of this work opens the door for creative solutions that support a more resilient and sustainableenergy infrastructure in addition to enhancing the capabilities of currently available Smart Grid applications. Smart Grid integrates renewable and green technology into the traditional electrical infrastructure. Smart embedded gadgets with sophisticated decision-making capabilities will boost Smart Grid's efficiency. Energy industry has seen a transformation because of the incorporation of Internet of Things technology in Smart Grids. Edge Computing is applied to enhance efficiency and reliability of Smart Grid operations. A complete ecosystem for smart cities is created when digital platforms, edge computing, and IoT solutions are combined. They make it possible for massive amounts of data to be gathered, processed, and analysed, enabling city officials, businesses, and citizens to make wise decisions and promote innovation. In conclusion, a convincing paradigm for addressing the changing issues in the energy industry is presented by the combination of IoT and Edge Computing in Smart Grids.

Essay from the year 2024 in the subject Computer Science - Miscellaneous, , language: English, abstract: Unlock the secrets to next-generation wireless communication with this deep dive into the world of broadband antennas. Are you ready to explore the cutting edge of antenna design and optimization? This book offers a comprehensive exploration of broadband antenna technology, meticulously detailing the design and analysis of antennas operating within the crucial 3.84 to 10.30 GHz frequency range. Focusing on practical applications and innovative solutions, this work delves into the intricate process of optimizing antenna parameters to achieve unparalleled performance. Discover the critical balance between bandwidth, gain, and impedance matching, all essential for seamless high-frequency communication. Through rigorous simulation and modeling techniques, learn how to predict and improve antenna performance, pushing the boundaries of what's possible. The book meticulously examines the impact of various design choices, including the selection of FR4 substrate, on the overall effectiveness of the antenna. A detailed parametric analysis unveils the sensitivity of the design to different parameters, providing invaluable insights for optimization. Navigate through a comprehensive literature review, highlighting recent advances and innovations while also pinpointing the gaps and difficulties that remain in existing research. Whether you're an engineer, researcher, or student, this book provides the knowledge and tools necessary to master broadband antenna design and contribute to the future of wireless technology. Explore advanced concepts in antenna design, simulation, modeling, and optimization, all while gaining a practical understanding of frequency bandwidth, impedance matching, and gain. Dive into the specifics of FR4 substrate usage and the power of parametric analysis in achieving optimal results for high-frequency communication systems. This is more than just a book; it's your gateway to mastering the art and science of broadband antennas.