| Paper ID |
IJIFR/V12/E11/009
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| Author |
Dr.G.Redempta Nishanthi
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| Paper Title |
The Role of Yoga as a Comprehensive Cross-Training Tool for Athletes: Enhancing Performance and Recovery
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| Subject Category |
Yoga and Physical Education
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| Abstract |
Yoga has emerged as a powerful cross-training tool for athletes, offering benefits that go beyond traditional physical training regimens. This paper explores the role of yoga in enhancing athletic performance and recovery through its multifaceted approach to physical, mental, and emotional well-being. By integrating asanas (physical postures), pranayama (breathing techniques), and mindfulness practices, yoga improves flexibility, strength, and balance while reducing the risk of injury. Furthermore, it supports mental resilience, concentration, and stress management, which are critical for optimal performance. We also examine the therapeutic benefits of yoga in accelerating post-training recovery, alleviating muscle soreness, and improving sleep quality. Drawing on existing research, case studies, and practical insights, the paper emphasizes the importance of incorporating yoga into athletic training programs to achieve a holistic edge. The findings suggest that yoga is not merely a supplementary practice but a comprehensive tool that synergizes with athletic pursuits to enhance overall performance and recovery.
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| Keyword |
Pranayama exercise, vital capacity
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| Paper ID |
IJIFR/V12/E11/008
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| Author |
Dr.G.Redempta Nishanthi
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| Paper Title |
THE EFFECT OF PRANAYAMA ON VITAL CAPACITY AMONG COLLEGE WOMEN
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| Subject Category |
Yoga and Physical Education
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| Abstract |
Abstract
This study aimed to determine the impact of Pranayama practices on body mass index and vital capacity among college women. To achieve this purpose of the study, fifty-four women were selected from St. Justin’s College of Education, Madurai, and their age ranged between 21 and 31 years. The students participated in the respective Pranayama exercise practices for a period of five weeks (six days per week) to find out the outcomes of the training program. The physiological parameters were confined to vital capacity. Prior to the training period, vital capacity was measured by a standardized test. Pranayama exercise practices group influence on vital capacity. Asana with Pranayama practices may have a better influence on the vital capacity of college women.
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| Keyword |
Pranayama exercise, vital capacity
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| Paper ID |
IJIFR/V12/E11/007
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| Author |
V. N. Ambade, Shrikant D. Kathwate, Mayuri W. Dhoble, Bhramdeo Wadibhasme
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| Paper Title |
Power Quality of IEEE 14 Bus AC Transmission System Using IPFC and UPFC
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| Subject Category |
Electrical and Electronics Engineering
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| Abstract |
The Unified Power Flow Controller representative of the 3rd generation of FACTS devices, in power system steadystate it can implement power flow regulation, reasonably controlling line active power & reactive power, improving the
transmission capacity of the power system, and in the system transient state can realize fast-acting reactive of power
compensation as well as supporting the voltage at the access point dynamically and improving system voltage stability,
moreover, it can improve the damping of the system and power angle stability. Unified Power Flow Controller is a
combination of a static synchronous compensator (STATCOM) and a static synchronous series compensator (SSSC)
coupled via a common DC voltage link. The merits of the UPFC are to control the active and reactive power flows in
the transmission line. All the process of automatic control with good performance over a wide operating range with
simple design and implementation. After replacing the IPFC with UPFC the overall block diagram of the project is
given below with the help of this diagram it's clearly understood that how to improve the power quality of the power
system using UPFC FACTS devices. By incorporating UPFC in our modern power system it is possible to control the
power flow thereby decreasing the energy crisis to a greater extent. UPFC can provide simultaneous control
of real power and reactive power flow by modeling the power system in MATLAB-SIMULINK, thereby
improving the performance, power quality, and voltage profile in the power system Initially, the basic
transmission line system model is simulated. After that connect IPFC as well as UPFC controller one by one
is simulated in MATLAB and check the performance of output waveform. This analysis is carried out using
MATLAB/Simulink.
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| Keyword |
Flexible AC Transmission System (FACTS), Interline Power Flow Controller (IPFC), Unified Power Flow Controller (UPFC)
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| Paper ID |
IJIFR/V12/E11/006
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| Author |
Rajshree Shanmugam, Amrita S. lakshmi
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| Paper Title |
GAN-Based Image Dehazing Using Deep Learning
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| Subject Category |
Computer Science Engineering
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| Abstract |
In the past few decades, research in robotic welding has been performed using conventional
and deep learning methods for seam identification and tracking. Shah et al. have
successfully detected autonomous weld seams and tested tracking of straight, zigzag, and
half-moon shapes. The authors calculated accuracy in terms of position and distance error,
which was calculated between the obtained output and actual weld seam path shape.There are limited
datasets for the welding process, particularly datasets with different shapes; hence, an
attempt has been made to create datasets similar to the industrial process for weld shape
detection. Additionally, major works on image denoising using GAN were tested on
public datasets, and very few works were applied for custom datasets. So, GAN was used
for weld fume removal in the current literature by applying image-to-image translation.
Additionally, many authors used an expensive real-time experimental setup, including
lasers and CCD cameras.
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| Keyword |
robGAN, Scaled YOLOv4, robotic manipulator
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| Paper ID |
IJIFR/V12/E11/005
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| Author |
G. S. Taneshwara, R D Arya
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| Paper Title |
analysis of Oxides Having Face Centered Cubic Crystal Structure
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| Subject Category |
Physics
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| Abstract |
The elastic energy density for a deformed crystal can be expanded as a power series of strains using Taylor’s series
expansion. The coefficients of quadratic,cubic and quartic terms are known as the second, third and fourth order elastic
constants ( SOECs, TOECs and FOECs) respectively. When the values of these elastic constants of crystals can be
treated within the limit of the continuum approxiumation in a quantitative manner. Various cystal anharmonicities such
as thermal expansion, specific heat at higher temperature, temperature variation of ultrasonic velocity and attenuation,
first order pressure derivatives (FOPD) of TOECs, the second order pressure derivative (SOPD) of SOECs, partial
contraction and deformation of crystals under large forces, the FOECs are to be considered extensively.A brief account of formulation is given in Section 2 and the expressions are tabulated in Tables I-VI. The different
computer programs needed for present work are written, feeded and executed for oxides
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| Keyword |
SOECs, TOECs, FOEC
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| Paper ID |
IJIFR/V12/E11/004
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| Author |
Kozachek A, Abdullayevna I B, Jurayevna Toshboyeva,Sobirjon Abdullayev
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| Paper Title |
Implementing an augmented reality (AR) technique for the enhanced interactive learning experience for the students.
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| Subject Category |
Mobile Computing
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| Abstract |
here is a shortage of studies on the impacts and effects of AR in the realm of education, and study on AR applications in schools is still in its ear-liest phases. Because of the convenience of consumption on mobile devices and the absence of requirements for specialized equipment, AR has become more accessible. Currently, a large percentage of people believe in mobile devices, and as their actual use has risen, so has access to AR. There is an absence of study on the consequences of using mobile AR in education, but there is nevertheless room to explore the poten-tial of AR to increase student learning motivation and contribute to improved aca-demic achievement. Mobile AR applications are spreading swiftly, and the viability of mobile AR has increased due to advances in mobile technology. AR mobile games are available for various kinds of education, and education-related AR services are now more commonly found on mobile devices.For a great deal of users, including K–12 youths, a recommended AR system strives to further improve the overall value of the educational procedure. The AR software is embedded into the handheld device technology to construct various 3D elements in a blended and collaborative environment. Our AR system integrates virtual components with actual video or image streams.
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| Keyword |
mobile knowledge-learning technology, R system via a control panel,D virtual model , Motion estimation, Model rendering
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| Paper ID |
IJIFR/V12/E11/003
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| Author |
T. S. JOSEPH, Dr. T. Darshankumar, Sudha S S
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| Paper Title |
Augmented Reality-Based Digital Mobile Game-Based Learning on the Engagement of Students
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| Subject Category |
Computer Engineering
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| Abstract |
It is still important to monitor the consequences of implementing both trends simultaneously in inclusive learning, though. We have created an inclusive AR video game to teach mathematical logic skills. To highlight the patterns in this study’s emphasis, eight themes were identified from the analysis of these literary works: learning challenges, testing strategies, benefits of AR for mathematics, different kinds of AR apps, tools for developing AR apps, research contribution categories, and math subtopics. Additionally, by providing researchers and educators with a synthesized review of learning mathematics through AR, this study may open up new research directions. Our study demonstrated that children with varying needs perform similarly when playing. The findings and the teaching staff’s input indicate that DGBL and AR should permit the inclusion of kids with disabilities in the instruction procedure.
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| Keyword |
mobile learning, mathematics education, playing, digital game-based learning, augmented reality
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| Paper ID |
IJIFR/V12/E11/002
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| Author |
J S ABHISHEK, T. SELVVI. K. KAVITHA
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| Paper Title |
A comparison of the performances of PI and Fuzzy logic controlled multilevel STATCOM for improvement of power quality, and corrects the power factor
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| Subject Category |
Computer Engineering
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| Abstract |
P-Q problem is defined as any manifested problem in voltage or current or leading to frequent change in frequency
variations could result in failure of system or maloperation of consumer equipment’s. Voltage sags (voltage Dips) and
swells are among the most of the P-Q problems in industrial processes have to face with Voltage sags which are more
severe and causes more damage of equipment. During the past few decades, power industries have proved that the
adverse impacts on the P-Q can be mitigated or avoided by conventional means, that advancement in controlled
techniques using fast force commutated power electronics (PE) are even more effective. P-Q compensators can be
categorized into two main types. One is shunt connected compensating device can effectively eliminates harmonics.
The other is the series connecting device, which has an edge over the shunt type for correcting the distorted system side
voltages and voltage sags caused by power transmission System contingencies
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| Keyword |
(P-Q) problem, connecting network, Distribution-STACOM
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| Paper ID |
IJIFR/V12/E11/001
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| Author |
Anuradha K Shrimawale
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| Paper Title |
An Analytical Review on GAN-based Image Dehazing models for Real world Hazy images
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| Subject Category |
Computer Engineering
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| Abstract |
The revolution in computer vision techniques a Deep learning has played important role. Among all challenges faced in this field, image dehazing remains a tricky problem. Haze can be caused by adverse or foggy weather conditions, unsuitable lighting and pollution. The problem increases in intensity especially in extreme conditions. Deep learning-based approach was developed to solve problems. But learning-based methods still face some problems. They are poor at taking out haze from outdoor images with variable training data due to insufficient to use a variety of training data. This paper presents a series of dehazing techniques, and explores in particular the GAN-based approach. These GAN-based approaches have been introduced to resolve the issues facing by image dehazing. GANs use a distribution of haze free images for removal of haze from degraded one and improve computer vision performance in hazy situations.GAN-based image dehazing is widely accepted as the best method for real time dehazing. The present paper qualitatively analyzes different approaches and discusses their strengths and weaknesses. In addition, this review discusses the mainstream benchmarks, existing challenges, performance metrics and future potential in image dehazing research
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| Keyword |
Image Dehazing, Atmospheric scattering model (ASM), Generative Adversarial Network (GAN), Losses, Evaluation metrics
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