Volume 6 | Issue 1 |

 Abstract

Handwriting Analysis or Graphology is a scientific method of identifying, evaluating and understanding personality through the strokes and patterns revealed by handwriting. Handwriting reveals the true personality including emotional outlay, fears, honesty, defences and many others. Professional handwriting examiners called graphologist often identify the writer with a piece of handwriting. Accuracy of handwriting analysis depends on how skilled the analyst is. Although human intervention in handwriting analysis has been effective, it is costly and prone to fatigue. Hence the proposed methodology focuses on developing a tool for behavioural analysis which can predict the personality traits automatically with the aid of a computer without the human intervention. It is real time and involves less image preprocessing. The proposed system is calibrated with manual analysis. The results obtained through the system are in good agreement to more than 80 percent of the cases with ideal manual analysis.

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 Keywords

Handwriting Analysis, Image Processing, Behavioral Prediction, Automated

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

A hydroponics system that uses the Internet of Things and automation means that important environmental parameters, such as pH, temperature, humidity, and nutrient levels, are monitored and controlled by the Internet of Things. This enables accurate adjustments and optimal plant growth through automated actions based on real-time data collection from sensors, all of which are remotely managed via a connected device, such as a smartphone. By utilizing this technology, the system creates a smart home by lowering human labor, increasing energy efficiency, and making the house easier to access. The Bluetooth module, NodeMCU, and 4-channel relay module make up the suggested setup. This module is very user-friendly and easy to install, and it controls the household appliances.

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 Keywords

Hydroponics, Agriculture

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Security concerns have been expressed over the rising dependence on industrial control systems (ICS) in vital infrastructure, especially in light of the increased complexity of cyberattacks. Integrating cybersecurity best practices, sophisticated technology, and proactive threat mitigation measures, this study presents a comprehensive approach to ICS security. To safeguard critical information systems, assets, and operations against cybercriminals, the study recommends a multi-layered protection approach that takes into account the weaknesses of ICS. Continuous monitoring, real-time incident response, and the role of automation and AI in boosting ICS security are highlighted in the report, which comes after an extensive examination of current approaches and frameworks. In order to provide light on the dangers and repercussions of inadequate ICS security, the article also analyses case studies where vulnerabilities were exploited. The goal of this study is to make sure that critical infrastructure and industrial control systems can withstand new threats by suggesting an integrated security strategy.

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 Keywords

Industrial Control Systems, Industrial Automation, Critical Infrastructure, Comprehensive Approach, Threat Mitigation, AI.

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 Abstract

Nowadays, Due to the rapid growth of distributed systems, IT organizations are inclining towards the cloud computing environment. The intercommunication between distributed systems widens the possibility of confrontation against cyber attackers or intruders. The technology for accumulating and preserving the user's information at an affordable cost and refined services is known as cloud computing. The emergence of cloud computing and its deployment all over the world necessitates security through intrusion detection and prevention system (IDPS). Intrusion Detection and Prevention System plays an efficient role in differentiating the usual and unusual behavior by the verification, supervision, control of the log files and configuration, user activities, network traffic, etc. The present communication highlights the existing approaches of known (Signature based), unknown (Anomaly based) attack detection, and hybrid approaches that are mandated to overcome the security challenges in an ongoing time. Moreover, the disclosure in terms of comparative analysis of utilized techniques is also presented. The novelty of this work incorporates the comparison of diverse approaches utilized for the identification and prevention of attacks in the cloud environment. It also covers existing datasets along with research gaps in the existing approaches.

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 Keywords

Anomaly Based, Cloud Computing, Intrusion Detection System, Intrusion Prevention System, IDPS, Signature Based.

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 Abstract

The Toda people of the Nilgiri Hills in Tamil Nadu, India, maintain a unique cultural heritage, largely preserved through their rich oral traditions. Central to their way of life are their songs, which serve as a medium to express their spirituality, social practices, and ecological consciousness. These songs accompany rituals, such as funerals and buffalo sacrifices, emphasizing their cosmological beliefs and community cohesion. They celebrate the environment, transmit cultural knowledge, and foster a collective identity. This paper examines the role of Toda songs in defining and preserving their cultural and ecological landscape, providing insights into their ritualistic, social, and environmental significance. Drawing on the works of scholars like M.B. Emeneau and W.H.R. Rivers, the study highlights how these oral traditions act as living archives of Toda heritage and resilience amidst modernization.

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 Keywords

Toda songs, Nilgiri Hills, cultural preservation, ecological consciousness, ritual songs, oral traditions, M.B. Emeneau, indigenous heritage.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

CNC is the acronym for Computer Numerical Control. It is an outgrowth of the older term "NC", which stands for just "Numerical Control". It refers to the idea of controlling machine tools programmatically via computer. With the older "NC" term, a computer need not be involved. The machine might be controlled using, for example, punched tape. NC, and later CNC, allowed for tremendous increases in productivity for machine tools because the machines could be run automatically without requiring constant attention from their operator. Before the advent of such automation, there was a lesser automation opportunity in the form of hydraulic tracer systems. Such systems used hydraulics to cause the cutting tools of a lathe or mill to follow a template. The taper attachments available for many manual lathes are not unlike the hydraulic tracer capability; it's just that the tracer is capable of more elaborate templates than simple tapers. But the advent of first NC and then later CNC radically increased the amount of automation that was possible.

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 Keywords

Optimization, CNC.

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Creative Commons Attribution 4.0 and The Open Definition

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Satyendra Nath Bose was an Indian physicist and Mathematician who is considered one of the fathers of quantum mechanics. He made significant contributions to the development of this field, particularly in the area of statistical mechanics. Bose's work on the Bose-Einstein condensate, a state of matter in which atoms behave collectively as a single entity, has had a profound impact on our understanding of the whole universe. Satyendra Nath Bose, a pioneer of quantum mechanics. Satyendra Nath Bose, an eminent Indian physicist, is renowned for his groundbreaking work in quantum mechanics, particularly his collaboration with Albert Einstein in developing the foundation for Bose-Einstein statistics and the theory of the Bose-Einstein condensate. His contributions have had a profound impact on our understanding of the quantum world.

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 Keywords

Physicist, Mathematician, Significant, Contribution, statistical, Mechanics.

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 Abstract

Chatishgadhi Bhakti Lokgeet Me Shant Ras Ki Pradhanta

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Chatishgadhi Bhakti Lokgeet Me Shant Ras Ki Pradhanta

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 Abstract

Saamidheni Mantra Swaroopa Vivaranam

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Saamidheni Mantra Swaroopa Vivaranam

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 Abstract

Soil ecosystem is a complex network of organisms and processes that interact to sustain life. It plays a crucial role in nutrient cycling, water filtration, and supporting plant growth, making it essential for terrestrial ecosystems and agriculture. The main components of the Soil Ecosystem are soil organisms which includes microorganisms (Bacteria, fungi, protozoa, and nematodes are vital for decomposition, nutrient cycling, and soil health), invertebrates (Earthworms, beetles, and ants help aerate the soil, break down organic matter, and facilitate nutrient availability) and plants (Roots of which anchor soil and contribute organic matter through decaying leaves and other plant materials), Soil Structure, Nutrient Cycling, water, air and organic matter. Soil Ecosystem maintain plant Growth by providing essential nutrients and water to support plant life, carbon Sequestration in the soils by storing carbon, helping mitigate climate change by reducing release of greenhouse gases in the atmosphere and habitat supports for a diverse range of organisms. Phytoremediation is an eco-friendly technology that uses plants to remove, transfer, stabilize, or destroy contaminants in soil and water. This method leverages the natural abilities of certain plants to absorb and detoxify pollutants, making it a sustainable alternative to traditional remediation techniques. This method can remove organic and inorganic contaminants in an effective manner. A variety of plant species are identified for phytoremediation.Various phytoremediation approaches like phytostabilization, phytoimmobilization and phytoextraction can be applied. However, the choice depends on various factors like contaminant mobility, climate conditions and soil physiochemical properties. In this paper some approaches and concerns related to phytoremediation are discussed.

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 Keywords

Phytoremediation, ecosystem, contaminants.

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Creative Commons Attribution 4.0 and The Open Definition