Volume 5 | Issue 3 |

 Abstract

In the era of exponential data growth, the significance of robust data protection mechanisms in Information Systems and Cyber-Defense Frameworks (ISCDSF) cannot be overstated. This literature review explores various approaches to elevating data protection, focusing on ensuring the core principles of confidentiality, integrity, and availability (CIA) for both single-owner and multi-user data environments. By analyzing recent advancements, methodologies, and best practices, this review aims to provide a comprehensive understanding of the current state of data protection in ISCDSF and identify areas for future research.

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Data Protection in the Information Systems and Cyber-Defence Framework

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Creative Commons Attribution 4.0 and The Open Definition

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Light-emitting diodes (LEDs) have revolutionized the lighting industry and optoelectronics with their superior energy efficiency, long lifespan, and versatile applications. This paper provides a comprehensive overview of LED technology, tracing its history from the initial discovery to its widespread adoption across diverse sectors. It examines the fundamental working principles of LEDs, which involve the conversion of electrical energy into light through electroluminescence in semiconductor materials. The numerous advantages of LEDs over traditional lighting sources, such as incandescent bulbs and fluorescent lamps, are explored, including energy savings, durability, compact size, and low heat emission. The paper delves into the various applications of LEDs, ranging from general illumination and displays to signals, optoelectronics, and horticulture. Additionally, it discusses the latest advancements in LED technology, such as organic LEDs (OLEDs), micro-LED displays, and their integration with smart lighting systems and the Internet of Things (IoT). Challenges faced by the LED industry, including manufacturing costs and environmental concerns, are also addressed. Finally, the paper explores the future prospects of LED technology, highlighting the potential for further improvements in efficiency, color rendering, and integration with emerging technologies to meet global energy demands and contribute to sustainable lighting solutions.

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 Keywords

Solid-state lighting, light-emitting diodes (LEDs), energy efficiency, optoelectronics, semiconductor materials, electroluminescence, organic LEDs (OLEDs), micro-LEDs, smart lighting, Internet of Things (IoT), sustainable lighting

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While Aristotelean thinking supported the idea that things just are a certain way and can be described in a finite and satisfactory manner and Newtonian physics stated that the world is considered a collection of finite, separate phenomena that can be studied in isolation from anything else, a new way of perceiving the things developed with Alfred Korzybski and Michel Foucault, who re-examined the old ways of conceptualization and map-building. Both came with their own theories called General Semantics by Alfred Korzybski and New Historicism by Michel Foucault. Alfred Korzybski developed the theory in his book "Science & Sanity" (1933) where he stated that any map may have a structure that is either similar or dissimilar to the structure of the territory and that physical objects and phenomena cannot be regarded unchangeable, finite constructs that could be studied in isolation. This system of logic and of studying man's relation to his world where things were found to be much more interdependent and fluid than earlier assumed was the start of General Semantics, a Non-Aristotelean system which came up with Korzybski's best known dictum "The map is not the territory". In the same way, Michel Foucault, the French postmodernist uses the term 'power/knowledge' to signify that power is constituted through accepted forms of knowledge, scientific understanding and 'truth'. Foucault challenges the idea that power is wielded by people or groups by way of 'episodic' or 'sovereign' acts of domination or coercion, seeing it instead as dispersed and pervasive stating 'Power is everywhere' and 'comes from everywhere' so in this sense is neither an agency nor a structure (Foucault 1998: 63). Instead it is a kind of 'metapower' or 'regime of truth' that pervades society, and which is in constant flux and negotiation. In this way, both the thinkers question the old definitions of map and power and present a new and more inclusive system of knowledge and power. The paper would attempt the re- examination of evidences and assumptions by Korzybski and Foucault, challenging the conventional forms of knowledge and reality.

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: re-examination, evidences, assumptions, phenomena, episodic, conceptualization, metapower.

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This article delves into the historical water management practices of the Meitei civilization in Manipur, focusing on the intricate relationship between the region's climate, topography, and the development of water-related technologies. The Meitei people, particularly their kings, engaged in extensive water management initiatives, constructing canals, ponds, and dikes to address challenges posed by monsoonal floods and to meet the various needs of their society. The discussion spans different historical periods, detailing the establishment of fishing weirs ("Shoy") and canals during the reigns of various kings. The article emphasizes the dual purpose of such initiatives, catering to both economic necessities, such as fishing and transportation, and the mitigation of natural challenges like floods. Noteworthy contributions by queens and other influential figures in water management underscore the comprehensive involvement of the society in these endeavors. The Meitei kings' commitment to water management as a tool of statecraft is highlighted, showcasing their understanding of the intimate connection between public welfare, infrastructure development, and the loyalty of their subjects. The article concludes by emphasizing the role of hydro-managerial works in consolidating the centralized power of the Meitei kings and fostering loyalty among the population. Overall, the Meitei's adeptness at water management, coupled with their pragmatic approach, played a crucial role in shaping the socio-economic landscape of Manipur.

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Meitrabak (earlier name of Manipur), Tutenglon (history of dredging river), Ngangoi Yoimongba (brother of King Taothingmang), Turel Achouba (Imphal River), Gwai River (Barak River), Kingdom of Poireipak (another name of Moirang principality), Kege (another name of Moirang principality), Ebungo Nongthonba (Prime Minister), King Khagemba (King of Manipur), Poinu (the name of the 9th lunar month of the Meitei), Naga stream (a stream which runs through the centre of the Imphal city), Ningthem Pukhri

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Ghotul, as indigenous institution practiced by the Muria and Gond tribes of central India, holds a deep cultural significance and serves as a communal space for socializing, education, and personality development. Ghotul, traditionally a structure resembling a dormitory, serves as a gathering place for the youth of the tribe, particularly unmarried boys and girls. It provides an inclusive environment where young individuals engage in various activities such as singing, dancing, storytelling, and discussion on cultural heritage. Ghotul acts as a medium to transmit the tribal values, rituals, folklore, and traditional knowledge from one generation to the next.

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Tribe, Ghotul, Muria, Gond etc.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

నన్నయ పదకొండవ శతాబ్దానికి చెందిన కవి. ఇతను చాళుక్య ప్రభువైనా రాజరాజ నరేంద్రుని ఆస్థాన కవి కుల బ్రాహ్మణుడు. రాజరాజ నరేంద్రుని కోరికపై సనాతన ధర్మ పునరుద్దరణకై, భారతీయ సంస్కృతీ సముద్దీపనకై వ్యాసుడు రచించిన సంస్కృత భారతాన్ని నన్నయ ఆంధ్రీకరించాడు. నన్నయ వ్యాస భారతంలోని పద్దెనిమిది పర్వాలలో, ఆదిపర్వం, సభాపర్వం, అరణ్యపర్వంలోని చతుర్థాశ్వాసంలో నూట నలుపై రెండవ పద్యం వరకు అనువాదం చేశాడు. ఇతనికి ఆదికవి, వాగనుశాసనుడు అను బిరుదులు ఉన్నాయి. వీరి రచనలు, ఆంధ్రశబ్ద చింతామణి, చాముండిక విలాసము, ఇంద్రవిజయము, లక్షణసారము, రాఘవాభ్యుదములు.

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నన్నయకు భారత రచనలో తోడ్పడిన నారాయణభట్టు.

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When the larvae affected with Flacherie (Bacillus thuringiensis), the nature of haemolymph and digestive fluid also changes and as a result the cells of the gut wall gets affected. Since haemolymph is a circulatory fluid, with several functions, such as storage and transportation of nutrients and also plays an important role in excretion, defense, moulting and metamorphosis (Mullins, 1985). Nucleated haemocytes number varies with the insects? these haemocytes are classified as prohaemocytes, plasmocytes, granular haemocytes, oenocytes or oenocytoid and spherule cells (Arnold & Hinks, 1976). Major function of haemocytes includes phagocytosis of small particles, encapsulation of large foreign materials, haemolymph coagulation and storage and distribution of nutritive materials. Immune system includes certain types of blood cells. It also includes chemicals, carbohydrates, lipids and proteins. In insects, several types of haemocytes are observed in the haemolymph (Butt & Shields, 1996). Saran et al. (2002) classified the blood cells in the silkworm, B. moriL. and A. mylitta in to six types' viz. prohaemocytes, plasmatocytes, granulocytes, spherulocytes, imaginal spherulocytes and oenocytes. Proteins are the derivatives of high molecular weight polypeptides. They play a vital role in the formation of structures in organisms. Like carbohydrates and fats proteins also can be utilized for energy purpose. In silkworm, blood glucose level can be correlated to their level of metabolism, and is comparable with mammalian blood glucose. Lipids play an important role in the biochemical processes delaying growth and development of insects.

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Study of Haemocyte and Biochemical Changes of Bombyx moriL. Infected with Bacillus thuringienesis Var. Sotto

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The overvoltage at motor terminals fed by variable frequency drives produces severe stress on motor insulation systems. The paper aims to provide a comparative survey of existing filters designed to suppress overvoltage. These filters are passive and installed at both the motor and inverter terminals. The overvoltage is typically caused by the high change rate of the inverter output voltage (dv/dt) and the surge impedance mismatch between the inverter and the power cable of the motor. The paper discusses the design methodologies employed for these passive filters. This could include how the filters are constructed and tuned to address overvoltage issues. This paper presents a comparative survey of the existing filters of overvoltage suppression, which are passive filters at both motor and inverter terminals. The article also evaluates the practical applicability of these passive filters. This could include cost, ease of installation, and maintenance requirements. The design methodologies, effectiveness, and practical relevance of these passive filters are discussed through computer simulations based on MATLAB, and promising approaches are recommended for researchers and industrial users.

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Variable Frequency Drivers, Induction Motor, Switch loss, Transients, Cable, Filter design

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Creative Commons Attribution 4.0 and The Open Definition

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Skin is the most powerful protection of important organs in the human body. It acts as a shield to protect our internal body to get damaged. But this important part of the human body can be affected by so serious infections caused by some fungus or viruses or even dust too. Around the world, millions of people suffer from various skin diseases. From acne problems to eczema people suffer a lot. Sometimes a small boil on the skin can turn into a severe issue or even an infection that will cause a major health issue. Some skin issues are so contagious that one can be affected by another just with a handshake or using a handkerchief.

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Skin is the most powerful protection of important organs in the human body. It acts as a shield to protect our internal body to get damaged. But this important part of the human body can be affected by so serious infections caused by some fungus or viruses or even dust too. Around the world, millions of people suffer from various skin diseases. From acne problems to eczema people suffer a lot. Sometimes a small boil on the skin can turn into a severe issue or even an infection that will cause a

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In view of passive microwave remote sensing microwave emissivity of smooth and bare arable soil surface is estimated by emissivity model. Fresnel reflectivity of soil surface is estimated using experimentally determined complex permittivity of soil and observation angle as the input parameters. The dielectric constants of soils (real and imaginary parts) are determined using wave guide cell method at a single microwave frequency 9.78 GHz. The roughness of the surface is characterized by the Root Mean Square (RMS) height. The rough surface emissivity is calculated using semi empirical model by taking into account the effects of RMS height.

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Creative Commons Attribution 4.0 and The Open Definition

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Microwave Emission study of Arable Rough Soil Surface

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Creative Commons Attribution 4.0 and The Open Definition