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Research Paper

A Review of Distributed Denial of Service Attack Techniques and Mitigation Strategies

This report extensively analyzes Distributed Denial of Service (DDoS) attacks, focusing on their motives, methodologies, and impacts across various sectors. It classifies different DDoS attack types, examining those targeting specific network layers and emphasizing unique attack patterns within cloud environments. The study also reviews trends highlighting the rising frequency of these attacks in government, finance, and online gaming sectors. To counteract these threats, the report outlines a range of preventive and mitigation strategies. It covers traditional methods like IP blacklisting, filtering, and firewalls, as well as advanced solutions involving real-time traffic monitoring and machine learning for dynamic anomaly detection. The effectiveness of cloud-based defenses, application-layer security practices, infrastructure resilience, and the integration of blockchain technologies are also explored. This comprehensive analysis ultimately aims to provide insights into the evolving landscape of DDoS attacks, advocating for a multi-layered approach to enhancing cybersecurity.

Published by: Shantanu Gupta, Sivakumar V, Anish Rout, Devanshu Madnani

Author: Shantanu Gupta

Paper ID: V10I6-1277

Paper Status: published

Published: November 25, 2024

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Research Paper

Analysis of Underground Circular and Rectangular Water Tanks by using Stiffener

This paper presents an analysis of a circular water tank using the finite element method (FEM). The tank's wall is examined for parameters such as moment and hoop tension at various levels, considering the effects of hydrostatic and soil pressures, along with the use of stiffeners. Additionally, the wall of a rectangular water tank is analyzed for vertical and horizontal moments at different levels, subjected to similar pressures. The analysis is performed using the FEM software STAAD-Pro V8i. For both tank types, the wall is modeled with its bottom fixed and top free. The wall is divided into several 4-node rectangular (quadrilateral) plate elements, and vertical beam elements are added up to the full height of the tank. The tank is then subjected to a triangularly varying hydrostatic load and soil load. Various types of stiffeners are incorporated into the tank design, and the results are compared with conventional design methods based on moment values.

Published by: Archana Dattatray Thorat, Dr. Vaibhav Vilas Shelar, Mr. Vijay Shivaji Shingade

Author: Archana Dattatray Thorat

Paper ID: V10I6-1306

Paper Status: published

Published: November 24, 2024

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Review Paper

Advanced Methods and Techniques for Enhancing Soil Quality in Civil Engineering Applications

The soil quality plays a crucial role in civil engineering, affecting the safety, durability, and stability of constructed structures. This paper explores advanced soil improvement techniques in civil engineering applications, such as foundations, road construction, and slope stabilization. Both traditional and cutting-edge methods are examined, including soil stabilization with chemicals, the use of geosynthetics, and biotechnological approaches. Additionally, this paper evaluates these techniques' environmental and economic impacts, providing a holistic view of soil enhancement practices in modern engineering.

Published by: Macchindranath Nagoji Kumbhar, Vaibhavi G. Galande, A. V. Bhanvase

Author: Macchindranath Nagoji Kumbhar

Paper ID: V10I6-1297

Paper Status: published

Published: November 24, 2024

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Review Paper

Translating Modern Indian Literature: Bama’s Karukku and Sangati

As a discipline, Interpretation studies is nearly new and is still during the time spent planning its region because the method of communicating social components through scholarly interpretation is a confounded task enveloping a summary of encounters: including history, social construction, religion, customary customs, and ordinary use. The interpretation is key to enquiring about one language's tenor into one more without giving the focal felt feelings. It has been observed that interpretation has at any point been rudimentary to Indian English writing. Showing interpretation quickness in India is even a moderately new furthermore, interesting break. Since the vernacular scribbles have been converted into English, it's getting easier for the perusers to figure out the perspective of the scribers. It is the strength of this vernacular pen that makes compositions so powerful in Indian dialects. In the Indian setting interpretation of English colossally works likewise as an understanding as it brings the voices of dissent and those of the inferior too, to the benefit, what's more, the strong testing them in their space. This examination will particularly zero in on Marathi's inferior works converted into English and their impact on the perusers, particularly the writing made by Dalits, one of India's most draining and taken advantage of networks.

Published by: M. Tharun

Author: M. Tharun

Paper ID: V10I6-1270

Paper Status: published

Published: November 24, 2024

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Research Paper

QR-Attendance System with Geo-Location

The study outlines the development, deployment, and assessment of an innovative attendance management system based on QR codes integrated with geo-location verification specifically for educational institutions. This system addresses key shortcomings of traditional attendance tracking by incorporating Quick Response (QR) technology alongside geo-location validation and real-time photo capture. Through an extensive evaluation conducted with 500 students over three academic terms, the system achieved a 99.2% accuracy rate in tracking attendance. It reduced fraudulent attendance attempts by 97% compared to assessing academic performance. Conventional methods like manual roll-calls and card-based systems face substantial challenges related to efficiency, accuracy, and preventing fraud. Recent research suggests that around 15-20% of attendance records in traditional systems may be unreliable due to proxy attendance (Johonson et al., 2023).

Published by: Soni Kumari, Piyush Kumar

Author: Soni Kumari

Paper ID: V10I6-1279

Paper Status: published

Published: November 22, 2024

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Research Paper

Formal Verification Methods for Safety-Critical VLSI Design in Avionics Systems

In modern avionics systems, ensuring the safety and reliability of hardware designs is paramount. Safety-critical components in aviation must meet stringent standards, as failures can have catastrophic consequences. Formal verification methods, including model checking, theorem proving, and equivalence checking, offer a mathematical approach to ensure that VLSI (Very Large-Scale Integration) designs meet their specifications without flaws. This paper explores formal verification methods applied to VLSI designs in avionics systems, discussing their role in adhering to certification standards, comparing different techniques, and providing real-world examples of their use in the aerospace industry.

Published by: Gowravajjula Sri Rama Chandra Karthik

Author: Gowravajjula Sri Rama Chandra Karthik

Paper ID: V10I5-1380

Paper Status: published

Published: November 19, 2024

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