Volume 11 | Issue 10

 Abstract

This paper offers an exploratory analysis on the application of artificial intelligence (AI) in medical imaging during the diagnosis process with an aim of increasing both accuracy and efficiency. The constantly growing complexity of medical imaging data coupled with the huge burden of doctors to reach appropriate diagnosis promptly and accurately, has led AI into the domain of assisting medical practitioners interpreting their studies [1]. Through a comprehensive analysis of existing literature and research, this study considers how AI improves diagnostic precision, cuts down interpretation time, and allows early diagnosis of diseases in different medical imaging modalities namely MRI, CT scans, X-rays and ultrasound. This research adds to the knowledge of how AI can transform the imaging practices and healing process through the emerging of opportunities and constraints related to the implementation of AI-assisted medical imaging [1]. Moreover, this paper discusses AI's role in imaging for the providers, patients, and healthcare system together, and how it has revolutionized drug recognition and patient care. Furthermore, the implementation of AI-powered medical imaging devices in clinical workshells involves the account of numerous issues such as compliance with rules and regulations, compatibility with the existing healthcare system and user opinion. Pilot studies and implementation trials conducted in actual clinical settings realize AI algorithms contribute to the process of care workflow design, resources involved and patient outcomes assessment.

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AI, artificial intelligence, medical imaging, diagnostics, accuracy, efficiency, early detection, healthcare, technology, MRI, CT scans, X-rays and ultrasound

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The paper attempts to analyze the profitability of State bank of India for the period of Ten years. Apart from studying the trend of different components of both income and expenditure, performance of the bank has been analyzed with the parameters like OPTWF, ROA, ROE, ROI and EPS. There is a significant difference not only between the components of income but also across the components of expenditure. The paper concludes that the profitability performance of the SBI is not consistent during the study period. The bank should focus more on diversification of income and should also curtail operating expenses in order to improve profitability performance.

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Income, Expenditure, Operating Expenses, Profit, Interest.,

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Himachal Pradesh well off in tourism resources and admired tourist destination since centuries due to its natural beauty & peaceful environment. The International tourist inflow has been increasing on every destination of Himachal Pradesh year by year. Therefore it is essential to study the amount and magnitude of attractiveness, tourism trends and tourist facilities in Himachal Pradesh at present. It is important to understand that what type of approaches needed to improve the host & guest relationship for sustainable tourism development. As a result the study focuses mainly on assessment of today's resources and facilities in Himachal Pradesh, the tourism impact on the local community development. .The present study was aimed to investigate the impacts of tourism on local community development of Himachal Pradesh regarding various set of destination attributes. The study was conducted on three district of Himachal Pradesh .So, first of all for getting the population size, the population of three districts

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Community, Sustainable Tourism, Impacts

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Emerging technologies, such as robot technology, will impact our future. Just as humans are never content; they're constantly looking for ways to improve, so too are robots. We assess major developments in robots heading into the future and examine potential human and occupational futures. The purpose is on robotic platforms and algorithms for discovering low-computing-power solutions to the problem of identifying and avoiding dynamic agricultural barriers was carried out. The method used Different navigation algorithms are examined in this paper, with the Pure Pursuit Algorithm serving as a benchmark. In order to meet its requirements, the Djedi robot had to navigate the air shafts while causing the pyramid walls as little damage as possible. The goal of this study is to reduce the danger of death and economic loss by real-time monitoring and rescue in hazardous situations such as deep mines and pipe and tube systems. Fast precise tracking control is achievable using MPC and LQR, although these techniques work best in perfectly simulated environments. We can conclude that the relative ease of computing PPA, on the other hand, has made it the preferred approach. Living in this era is the finest thing that could happen, since technological developments are becoming more and more astonishing and because the significance of robotics is becoming more apparent. To these technological advancements, we can now build robots that can do so much more than humans can, making it simpler for us to reach our intermediate and long-term objectives. Successful development of an autonomous navigation system was achieved by zigzagging over all rows of plants. In order to determine the most cost-effective application, many methods were evaluated.

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Robotics, Environment, Technology, Future, Artificial Intelligence

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A detailed survey was carried out in four districts of Red Lateritic Agro-climatic zone of West Bengal.130 no's of cow milk and 120 no's of buffalo milk samples in the third lactation of morning milking were collected randomly from the farmer houses of the surveyed region. Trace minerals viz copper, zinc, manganese and iron were estimated in milk by utilizing Atomic Absorption Spectro Photometer. The data revealed that trace elements in buffalo milk was higher than cow milk. Copper content in cow and buffalo milk was within the normal range whereas, most of the cow milk samples were deficient in zinc. Higher concentration of manganese and iron were found in both the cow and buffalo milk.

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Mineral elements, red lateritic zone, milk.

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India and Japan share a 'Special Strategic and Global Partnership', which has evolved over the years from economic cooperation to a comprehensive partnership covering various sectors. Both countries have expanded their cooperation in the Indo-Pacific region, where they face common challenges and opportunities. The India-Japan-Australia Supply Chain Resilience Initiative was started by the two nations in 2020 with the goal of strengthening and diversifying their trade and investment ties. Additionally, they committed to spearheading the India-Pacific Ocean Initiative's commerce, connectivity, and maritime transport pillars. India has suggested this platform as a means of fostering regional collaboration. The first "2+2" ministerial discussion between the foreign and defence ministers of the two nations took place in 2021, during which they talked about measures to improve their security and defence cooperation. Additionally, they inked a deal on the reciprocal supply and service provision between their armed forces, which will enable coordinated training and operations. They commemorated their 70th anniversary of diplomatic ties in 2022 and reiterated their resolve to collaborate for global peace and development in the Indo-Pacific area. In the areas of digital technology, education, health, and sustainable energy, he also unveiled a number of new projects. The 15th annual summit between their prime ministers took place in 2023, during which they discussed the partnership's development and laid forth their future goals. Additionally, they decided to work together on cyber and space security as well as co-develop and co-produce military weapons.

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Key Words: India-Japan, Strategic, Security Cooperation, Industrial Corridor, Shinzo Abe

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Partition of Indian subcontinent into India and Pakistan is a permanent blot on British rule in India. In February 1947, the British government announced its decision to transfer of power in India before June 1948. The announcement resulted in the deteriorated law-and-order situation in Punjab. Due to the continuous violence and destruction, the Khizar Hayat Khan ministry collapsed in March 1947. Despite the imposition of martial law, communal conflict raged in Lahore and Rawalpindi from March onwards. By mid-July over 700 non- Muslim homes had been burnt down. The present research paper traces out the devastation and bloodshed in Ambala division of united Punjab followed by British Prime Minister Attlee's announcement of transfer of power in Indian hands before June 1948.

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Communal, Partition, British, Riots, Evacuation, Camps

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bhart ki aantarik surksha ki chunotiya avm smadhan ki smbhavna : ak adhyayan

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bhart ki aantarik surksha ki chunotiya avm smadhan ki smbhavna : ak adhyayan

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This study clarified how the village's surrounding residents' society was impacted by tourism. This study detailed the "economic, sociocultural, and environmental" components of the impact. Chhatrapati Sambhajinagar, where hotels, villas, and tourist attractions are constructed, is the Ajantha tourist destination. Every weekend, residents of out-of-state communities and those from downtown areas like Nashik, Pune, and Mumbai travel to Chhatrapati Sambhajinagar for recreation. The local community is impacted by this tourism industry. They highlight the advantages and disadvantages of the environment, socio-culture, and economy. This involved both descriptive analysis and quantitative study. The study was carried out at Ajantha. Three hundred Ajantha locals participated in this study as respondents. According to the study's findings, creating tourist attractions in the neighborhood has benefits. The environmental, sociocultural, and economic factors all have benefits and drawbacks.

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Tourism, Demography, Economic, Cultural, Environmental.

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Water is an essential resource for promoting sustainable development and plays a pivotal role as a considerable energy source. Furthermore, the agriculture industry and numerous enterprises also deem it crucial. The global community acknowledges the advantages of ecosystems in terms of water resources. The Earth's surface is estimated to be encompassed by water to the extent of around 75%, the majority of which consists of salt water inside the oceans, accounting for 97%. The remaining proportion consists of freshwater, which is mostly distributed in lakes, rivers, icebergs, and groundwater reservoirs. The supply of freshwater supplies for human civilization is finite, and there is a noticeable decline in its freshness and purity. This research examines the availability of groundwater in Haryana, India, with a specific emphasis on geological parameters like the makeup of underlying strata, topographical characteristics, and patterns of precipitation. The net availability of groundwater in Haryana had a significant rise throughout the period from 1998 to 2017, rising from 724.84 thousand hectares to 1029.67 thousand meters. This expansion represents a growth rate of around 42%. The observed rise in levels might perhaps be attributed to an escalation in irrigation intensity facilitated by canal systems, as well as changes in precipitation patterns. Nevertheless, a discernible discrepancy in the accessibility of groundwater may be seen in the state of Haryana. The districts of Jind and Faridabad have recorded levels over 100%, but Karnal and Panipat have shown marginal decreases. In 1998, Mahendragarh had the most limited groundwater supply, whilst Hisar and Fatehabad showed the greatest quantities of groundwater. According to the data from 2017, Hisar exhibited the most abundant groundwater availability, whilst Mahendragarh shown the least amount of groundwater resources. The regions situated in the eastern and northeastern parts, namely Ambala, Y. Nagar, Kaithal, Panipat, Karnal, and Sonipat, have a greater abundance of groundwater resources. In the year 2017, it was observed that all districts in the state of Haryana have a minimum of thirty thousand groundwater sources, except for the districts of Rewari and Mahendragarh located in the southwestern region.

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Groundwater Resources, Haryana, Geographical conditions, Development, Quality

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Universities and colleges depend vigorously on libraries since they house a wealth of resources that are essential to the progress of their instructional and research missions. Homeopathy and Ayurveda are two of the most notable areas of alternative medication, and the libraries at universities that emphases on these sciences have extensive collections of relevant materials. The motivation behind this exploration was to analyze the library use and student involvement in Homeopathy and Ayurvedic colleges in the Indian state of Gujarat. Both quantitative and qualitative methods of data collection were utilized in this study's methodology. Multiple Homeopathy and Ayurvedic college libraries were overviewed, interviewed, and saw to identify patterns of user involvement and asset utilization. To balance the picture, we additionally took a gander at library metrics including circulation records and digital asset use data. The study's results give interesting light on how patrons interact with and utilize the two library sorts. There have all the earmarks of being a bigger student body studying homeopathy, which might account for the higher circulation and activity levels in the library. Nonetheless, there is a more concentrated and intensive pattern of purpose at Ayurvedic libraries in terms of asset utilization per user. Information asset investigation shows that Homeopathy and Ayurvedic students have distinct informational inclinations. Books and periodicals are the favoured perusing material for students of homeopathy, while digital resources and examination databases are profoundly esteemed by those studying Ayurveda.

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User Engagement, Information Resources Utilization, Homeopathy, Ayurveda, College Libraries, Gujarat, Academic Libraries, Specialized Libraries, Library Management.

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 Abstract

???????????????????????? ???? ?????????? ???????? ???? ????????????? ??????????????? '???????' ??? ??????? ???? ????????? ???????????????????????? '???????' ?????????? ????????? ???????????? ???? ????????????? ???????? ??????????? ????????? ??????????? ??????? ?????????, ????? ?????????? ?????????? ??????? ????? ???? ?????????? ?????????? ???????????????? ?????????? ??? ???????? ???? ???????????? ?????? ???????? ???? ??????? ??????? ????????, ?? ??????? ??? ????? ????????? ???? ????????? ??????? ???- ???????????, ?????????????? ???????????????? ????????? ???? ????? ??????? ??? ????????? ?????? ?? ???????????? ????????????? ???? ??????? ??????, ????????, ??????, ???????, ??????, ????? ???????? ???? ???? ???????? ????? ????? ??? ????????????? ???? ?????? ????????? ????????? ?? ????? ??????????? ??????? ???? ?? ???? ??????????? ??????? ??????? ??? ??????????????????? ?? ??????????? ??????? ???? ????????? ? ??????? ??????????????? ???? ?????? ???? ?????????????? ??????????????? ?????? ???? ????????????? ???????????? ???? ??????? ????? ????????? ???????? ??????? ??? ?????? ????????????? ??????? ??????????????????? ????????????? ?????? ????????? ????? ?????????? - ???? ??? ??? ?????????? ?????????????? ??????? ???? ??????????????? ?????? ?????? ?????????? ?????? ? ?????? ?? ???? ??????????? ???????????????? ?????? ??? ?????????????????????? ??????? ?????? ????? '??????' ??? ??????? ?????? ?????????? ??????????? ???????? ??? ? ??? '??????' ??????? ?????? ?????????? ????? ??????? ?????? ????? ????????????????????????????????? ????????

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?????????, ????, ???????????, ??????????????, ????????????

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The environment faces real problems due to a number of variables, including radiation, water, and air pollution. Sufficient oversight is required to ensure that a healthy society and sustainable global growth are maintained. Thanks to developments in the internet of things (IoT) and the creation of contemporary sensors, environment monitoring has evolved into a smart environment monitoring (SEM) system in recent years. People are becoming more aware of their surroundings in the last several years. It is because of this awareness that a trustworthy environmental monitoring system has to be created. There are industrial uses for environmental air quality monitoring systems as well. The air in heavy industries like mining may get contaminated by several dangerous gases. An environmental monitoring system may be able to save workers' lives in such dangerous circumstances. There are problems with data collecting, data administration, connections, and power consumption in such large-scale sensor deployments. IoT technology is ideal for this kind of requirement. This article proposes an Internet of Things (IoT) based architecture that uses sensors, microcontrollers, and IoT based technologies to efficiently monitor changes in an environment. The suggested module allows users to keep an eye on temperature, humidity, and the presence of hazardous gases in both indoor and outdoor environments. Through an internet connection, the user may access the data stored on the web server from anywhere in the globe. The suggested work develops a web application to give the user essential information. Additionally, a notification for significant changes in the sensor data may be set up by the user. In contrast to other systems that are closely comparable, the suggested method is accurate, affordable, and easy to use. In addition, it features modules for simple data visualisation and monitoring and is cloud-based. The system has undergone many phases of evaluation. Following extensive testing under various circumstances, it demonstrates a high level of accuracy and dependability.

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: IoT, environmental monitoring, air pollution, water pollution, sensors, machine Learning.

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The spectrum characterizations of bioplastics originating from banana peels are crucial in clarifying their composition and characteristics, indicating its potential as a sustainable substitute for traditional plastics. To understand the intricate chemical and structural makeup of these biopolymers, this work makes use of sophisticated spectroscopic methods such as scanning electron microscopy (SEM), X-ray diffraction (XRD), and Fourier-transform infrared spectroscopy (FTIR). The bioplastics functional groups and chemical bonds can be found using FTIR spectroscopy, which also sheds light on the molecules that make up the materials. The crystallinity and ordering of polymer chains, on the other hand, are revealed by XRD examination, and these factors have a substantial influence on the mechanical and thermal properties of the material. SEM imaging helps evaluate the microstructure and surface morphology of the bioplastic by providing a thorough visual of its surface morphology. These spectral descriptions are important for various reasons. First of all, they make it possible to fully comprehend the structure-property correlations of bioplastics made from banana peels, which aids in the formulation of these materials for particular uses. Secondly, they aid in the evaluation of their biodegradability, thermal stability, and mechanical strength. Thirdly, they are essential to maintaining consistency and quality control in the production of bioplastics.

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bioplastics, banana peels, structural characterization, sustainable materials

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In this paper, we investigate the potential and security of running smart contracts based on an open distributed network like those of cryptocurrencies. We will introduce our- selves to the blockchain technology and Smart Contracts on them. Exploring the applications, security and proposed security enhancements and recent technical advances.

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Blockchain, Smart Contracts, Security, Potential, Recent Technical Advances

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The current study has been undertaken to assess knowledge score regarding Ergonomics on physical discomfort among Nursing students by Nurse led intervention. The research design used for study was pre- experimental in nature. The tool for study was self-structured knowledge questionnaire which consists of 2 parts-PART- I consisted questions related to Socio-demographic data; PART-II consisted of self -structured knowledge questionnaire to assess knowledge score regarding Ergonomics on physical discomfort among Nursing students. The data was analyzed by using descriptive & inferential statistical methods. The most significant finding was that 80.0% subjects have poor knowledge, 20.0% have average knowledge score while 0.0% peoples were having good knowledge score.

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Assess, nurse led intervention, Knowledge, ergonomics, physical discomfort

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The present paper deal with the study of complete and horizontal lifts of the general quadratic structure on tangent bundles. Integrability conditions for complete and horizontal lifts of this structure are investi- gated. Also, the prolongation of the general quadratic structure in the third tangent bundle is studied.

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General quadratic equation, Integrability, Prolongation, Tangent bundle.

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In the past decade, healthcare services have undergone significant advancements due to the integration of advanced technology. The Internet of Things (IoT) has connected medical equipment, sensors, and healthcare professionals, resulting in improved patient safety, reduced healthcare costs, increased accessibility, and enhanced overall efficiency. Recent studies highlight the immense potential of IoT-based technologies for healthcare enhancement, with machine learning playing a crucial role in data analysis. Intelligent applications and services, including disease detection, behavior recognition, and smart support, are made possible by the connectivity of the top three layers. This research explores IoT innovations in medical technology, healthcare services, and implementations aimed at addressing various healthcare challenges. It also delves into potential issues and concerns surrounding healthcare IoT systems, serving as a valuable resource for future researchers exploring new healthcare IoT applications and technologies.

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Health Care, Machine Learning, Internet of Things, IoT, Sensor Unit, Health Monitoring.

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AZADIRACHTA INDICA), TURMERIC-(CURCOMA LONGA).

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Abstract: India is on the threshold of a demographic dividend over the next 25 years, due to an increase in the proportion of young and working-age people in the population as a whole. Such a rise in the youth population is a window of opportunity as it reduces the ratio of dependents to total workers leading to higher rates of savings, investment, and growth. This change in the age structure, if properly utilized, will result in a demographic dividend, which provides immense growth opportunities to the nation. But only 50% of Indians were engaged in the labour force in 2018, and 81% of them worked in the informal sector, commonly referred to as the unorganised sectors or the shadow economy. The data provided by the National Sample Survey Organisation (NSSO) show that only 2.4% of the Indian workforce has undergone formal skill training and another 8.6% have received non-formal vocational training. This indicates that only a few young people who have vocational training will enter the labour market. Hence providing employable skills to young people remains an important challenge in capturing the opportunities of the demographic dividend. India faces the dual challenges of the inadequacy of a skilled workforce as well as non-employability of large sections of youth in lacking employable skills. Therefore this paper explored the initiations of Government of India (GOI) as well as Government of Karnataka (GOK) regarding enhancing employability skills through skill development programmes and policies in unorganized sector workers.

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Skill Development, Policies, Employability, Unorganized Sector Workers.

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