1) Ancient Indian texts like Vastushastras classified plants and trees based on their structure and uses. Different types of trees were recommended or forbidden for construction based on their hardness, uses, and effects on the structure.
2) Trees were classified based on factors like whether they had a hard core, direction of growth, age, and gender. Only trees in the middle ages of their life cycle were deemed suitable for construction.
3) Selection criteria for timber included avoiding trees grown in unsuitable conditions or areas, and signs like breakage, entanglement, or damage were used to determine a tree's quality.
Environmental Awareness Reflected in the Yājñavalkya Saṁhitāijtsrd
A new branch of ethics named Environmental Ethics’ has emerged recently, but a search of ancient Indian literature reveals that environmental awareness was widespread in ancient Indian human society and that people at the time thought about it. However, due to the low level of environmental pollution at that time no sm tisastrakaras has expressed any thought about the environment like the thinkers in the modern environment, but it cannot be said that ancient India was not aware of the protection of the natural environment at all because ancient India thought of environment in its own way. The name of Yajñavalkya Sa hita is especially significant as Sm tishastra. Like Manu, Yajñavalkya is also known as a philosopher and spiritual guru. Although the various social and state provisions are the subjects of discussion in the Yajñavalkya Sa hita. The statements he makes about the environment in the context of the various social issues are not insignificant. In this article, I want to draw the attention about the reflection of all these thoughts in Maharshis discussion. Kousik De "Environmental Awareness Reflected in the Yājñavalkya Saṁhitā" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-2 , February 2021, URL: https://www.ijtsrd.com/papers/ijtsrd38469.pdf Paper Url: https://www.ijtsrd.com/humanities-and-the-arts/philosophy/38469/environmental-awareness-reflected-in-the- Yājñavalkya Saṁhitā/kousik-de
This document provides a summary of the history of identification studies of Indian timbers. It discusses several publications dating back to 1909 that described the anatomical features of various Indian timber species to help with identification. More recent publications in the 1950s-1980s provided further detailed descriptions of commercial timber species found in India, Madras, the Andaman Islands, and Kerala. The goal was to aid field identification of timbers based on anatomical characteristics for use by foresters, traders, and other industry professionals. Proper identification is important for determining appropriate end uses of different wood species.
The document discusses several concepts from ancient Indian texts related to science and mathematics:
1. Passages from Vedic texts and Aryabhata discuss the elliptical orbits of planets and the sun being the source of energy for living beings.
2. Texts such as Aryabhatiya and Siddhanta Shiromani discuss concepts related to astronomy, including planetary motion, causes of eclipses, and instruments used to study the sun's path.
3. Ancient Indian texts also discuss principles of motion, magnetism, types of transportation, electricity, rainbow formation, classification of iron and steel, and mathematical concepts like trigonometry, area formulas, and early number systems - showing
science of Forts and Castles of ancient IndiaAshok Nene
This lecture discusses ancient Indian Prakar Shastra, the science of forts and castles. It covers various topics including the classification of forts, techniques used in their construction, and their importance for defense. Some key points:
1. Ancient Indian texts provide information on fort construction and different types of forts are described.
2. Forts are classified in various ways including by material (hill, water, desert), location (interior, slopes, caves), and texts (Shukraniti, Arthashastra, Yuktikalpataru).
3. Proper construction involving defenses like trenches, walls and towers was essential. A fort should also have adequate storage and
The document announces a two-day interactive workshop on ancient Indian construction techniques to be held in Nashik, India in late December 2022. The workshop aims to acquaint students with ancient Indian building technology, encourage research, and develop team spirit. It will have introductory lectures and hands-on learning in groups. Topics will include adobe construction, building stones, bricks, timber, lime mortar, and natural pigments. The workshop is open to those interested in ancient Indian building and related fields. The registration fee is Rs. 3000 per participant and includes course materials.
Use of Medicines, Charms in Archery.ppsxAshok Nene
The document describes archery techniques and the use of medicines and charms mentioned in the Vashishtha Samhita. Some key points:
1. It lists various plant roots and herbs that were used as pastes applied to the body, or worn as bands, to impart strength, courage and protection from weapons when going into battle.
2. Examples given include peepal, apamarg, shankhapushpi roots and powders of chichundri and wood apple mixed together.
3. It is proposed that these natural remedies may have contained steroids and the use of bands originated from such archery texts for protection of children.
4. More research is needed to
Three secrets of endurance of Indian heritage structures according to ancient texts are:
1. Proper selection of the building site based on factors like soil type and avoidance of inauspicious locations.
2. Use of high quality, durable construction materials like certain types of stone and bricks made with additives, lime mortar, and wood from specified tree species.
3. Employment of appropriate construction techniques such as compacting foundation soils, careful leveling, and proper load distribution through columns and beams.
Environmental Awareness Reflected in the Yājñavalkya Saṁhitāijtsrd
A new branch of ethics named Environmental Ethics’ has emerged recently, but a search of ancient Indian literature reveals that environmental awareness was widespread in ancient Indian human society and that people at the time thought about it. However, due to the low level of environmental pollution at that time no sm tisastrakaras has expressed any thought about the environment like the thinkers in the modern environment, but it cannot be said that ancient India was not aware of the protection of the natural environment at all because ancient India thought of environment in its own way. The name of Yajñavalkya Sa hita is especially significant as Sm tishastra. Like Manu, Yajñavalkya is also known as a philosopher and spiritual guru. Although the various social and state provisions are the subjects of discussion in the Yajñavalkya Sa hita. The statements he makes about the environment in the context of the various social issues are not insignificant. In this article, I want to draw the attention about the reflection of all these thoughts in Maharshis discussion. Kousik De "Environmental Awareness Reflected in the Yājñavalkya Saṁhitā" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-2 , February 2021, URL: https://www.ijtsrd.com/papers/ijtsrd38469.pdf Paper Url: https://www.ijtsrd.com/humanities-and-the-arts/philosophy/38469/environmental-awareness-reflected-in-the- Yājñavalkya Saṁhitā/kousik-de
This document provides a summary of the history of identification studies of Indian timbers. It discusses several publications dating back to 1909 that described the anatomical features of various Indian timber species to help with identification. More recent publications in the 1950s-1980s provided further detailed descriptions of commercial timber species found in India, Madras, the Andaman Islands, and Kerala. The goal was to aid field identification of timbers based on anatomical characteristics for use by foresters, traders, and other industry professionals. Proper identification is important for determining appropriate end uses of different wood species.
The document discusses several concepts from ancient Indian texts related to science and mathematics:
1. Passages from Vedic texts and Aryabhata discuss the elliptical orbits of planets and the sun being the source of energy for living beings.
2. Texts such as Aryabhatiya and Siddhanta Shiromani discuss concepts related to astronomy, including planetary motion, causes of eclipses, and instruments used to study the sun's path.
3. Ancient Indian texts also discuss principles of motion, magnetism, types of transportation, electricity, rainbow formation, classification of iron and steel, and mathematical concepts like trigonometry, area formulas, and early number systems - showing
science of Forts and Castles of ancient IndiaAshok Nene
This lecture discusses ancient Indian Prakar Shastra, the science of forts and castles. It covers various topics including the classification of forts, techniques used in their construction, and their importance for defense. Some key points:
1. Ancient Indian texts provide information on fort construction and different types of forts are described.
2. Forts are classified in various ways including by material (hill, water, desert), location (interior, slopes, caves), and texts (Shukraniti, Arthashastra, Yuktikalpataru).
3. Proper construction involving defenses like trenches, walls and towers was essential. A fort should also have adequate storage and
The document announces a two-day interactive workshop on ancient Indian construction techniques to be held in Nashik, India in late December 2022. The workshop aims to acquaint students with ancient Indian building technology, encourage research, and develop team spirit. It will have introductory lectures and hands-on learning in groups. Topics will include adobe construction, building stones, bricks, timber, lime mortar, and natural pigments. The workshop is open to those interested in ancient Indian building and related fields. The registration fee is Rs. 3000 per participant and includes course materials.
Use of Medicines, Charms in Archery.ppsxAshok Nene
The document describes archery techniques and the use of medicines and charms mentioned in the Vashishtha Samhita. Some key points:
1. It lists various plant roots and herbs that were used as pastes applied to the body, or worn as bands, to impart strength, courage and protection from weapons when going into battle.
2. Examples given include peepal, apamarg, shankhapushpi roots and powders of chichundri and wood apple mixed together.
3. It is proposed that these natural remedies may have contained steroids and the use of bands originated from such archery texts for protection of children.
4. More research is needed to
Three secrets of endurance of Indian heritage structures according to ancient texts are:
1. Proper selection of the building site based on factors like soil type and avoidance of inauspicious locations.
2. Use of high quality, durable construction materials like certain types of stone and bricks made with additives, lime mortar, and wood from specified tree species.
3. Employment of appropriate construction techniques such as compacting foundation soils, careful leveling, and proper load distribution through columns and beams.
The document discusses the extent and scope of Shilpa-shastra, the ancient Indian science of engineering and architecture. Shilpa-shastra encompasses construction, machines, innovations, metals, and other means of creation. It is divided into three volumes by Sage Bhrugu, with three Shilpa-shastras in each volume, covering topics like architecture, sculpture, mechanics, and more. There are 32 vidyas or techniques and 64 kalas or arts that fall under the broad field of Shilpa-shastra. The true meaning of Shilpa-shastra refers to the engineering philosophy of ancient India, as the principles of science can change over time but philosophy remains
1) June 21st is celebrated as World Yoga Day to recognize yoga's benefits of joining the body and mind through practices like asanas, pranayama, and meditation.
2) Ancient Indian science categorized yoga as the art of joining or combining different elements. This included combining plants and animals for hybridization, combining materials in metallurgy and construction, and combining components in machines and vehicles.
3) The document provides several historical examples of combining or joining techniques across fields like agriculture, metallurgy, construction, transportation, and technology that demonstrate ancient India's understanding and application of yoga beyond just physical and spiritual practices.
The document summarizes the secrets of endurance of Indian heritage structures, including proper site selection, durable construction materials, and appropriate construction techniques used in ancient India. It provides examples of two notable Indian heritage structures that have endured for centuries - the 8th century brick Lakshmana temple in Sirpur, Chhattisgarh built according to ancient principles, and the 1790 Kalaram rock temple in Nasik with its complex black stone construction. The document emphasizes that while ancient techniques may not be relevant today, they demonstrate great Indian wisdom that could help preserve other heritage structures through further research.
The document discusses the secrets to the enduring quality of ancient Indian cave paintings, noting that they were protected from direct weathering by being located far inside caves, had organic polymer coatings on the base surfaces, and were created using specialized techniques like natural pigments, brushes, and application on wet plaster before the plaster dried. It also provides details on the basic colors and constituents used in the paintings, as well as examples of cave paintings at important heritage sites in India like Ajanta that have survived for thousands of years.
1. The document discusses a rare ancient text called Sakaladhikara by Sage Agastya on the technical process of making clay icons.
2. It describes the five stages of idol making - constructing a wooden frame, adding coir string reinforcement, plastering with specialized mud, applying cloth covering, and painting.
3. The text contains precise details on appropriate materials and measurements and reflects knowledge of human anatomy, suggesting iconography was based on sound anatomical principles.
The document describes five varieties of ancient adamantine glues used in India for construction and fixing idols. The glues were made by boiling various plant and organic ingredients like fruits, resins, and animal products in water. The mixtures were then used as bonding pastes. The glues were designed to last for extremely long periods, with one variety claimed to last a million years. Different texts from 5th-6th century AD describe the ingredients and preparation methods of these durable ancient Indian glues.
The document discusses ancient Indian traditional methods for forecasting the onset of the rainy season as presented by Dr. A.S. Nene in Nagpur, India on July 20, 2010. Some medium-range animal behavior indicators include ants storing food and herons migrating to mountains. Short-range indicators with moderate reliability are dogs defecating in roads at higher elevations and dragonflies flying low. Medium-range plant phenology predictions of low reliability include fruits ripening early for trees like bangkal, physic nut, and siniguelas.
The document provides information on mud architecture in ancient India. It discusses key terms related to shilpa shastra (science of creation), including shilpa, shilpa shastra, shilpa samhita, vidya, and kala. It describes the 18 divine engineers involved in construction according to ancient texts. Construction materials used included stones, bricks, timber, lime mortars, and paints/pigments. Mud was commonly used and came in various forms like adobe bricks, cob, rammed earth and more. Ancient texts provided details on stabilizing soils by adding materials like hairs, sand, slag and more.
The document provides information on mud architecture in ancient India. It discusses key terms related to shilpa shastra (science of creation), including shilpa, shilpa shastra, shilpa samhita, vidya, and kala. It describes the 18 divine engineers involved in construction according to ancient texts. Construction materials used included stones, bricks, timber, lime mortars, and paints/pigments. Mud was commonly used and came in various forms like adobe bricks, cob, rammed earth and more. Ancient texts provided details on stabilizing soils by adding materials like hairs, sand, slag and more.
This document discusses ancient Indian knowledge of botany and its engineering applications. It begins with an overview of the Indian classification system for trees, which divides them into four categories based on whether they have a hard core inside, outside, or all throughout. Certain trees are deemed unsuitable for construction based on this classification. The document then covers various aspects of selecting and using wood for different engineering purposes, including structural elements, shipbuilding, carts and more. Factors discussed include the tree's age, any imperfections in the wood, gender classification, and which parts of the tree are best suited to specific uses. The document provides numerous examples and tables to support the concepts presented.
Transportation engineering played an important role in ancient India. Well-developed road networks connected major cities and trade routes. The Grand Trunk Road, one of the earliest and longest major roads in India, was built more than 2,300 years ago and spanned over 1,600 miles from northwest India to Bangladesh.
This document provides an overview of the Bhrugu Shilpa Samhita, an ancient Indian text on engineering philosophy attributed to the sage Bhrugu. It includes a list of contents which outlines 12 chapters covering topics like biological science, water resources, mining, transportation, habitation and town planning. It also provides definitions of key terminology from the text like Shilpa (engineering), Vidya (technique), Kala (art) and outlines how the text is divided into three volumes on resources, transportation and habitation. The prologue provides background on Sage Bhrugu and discusses how portions of the original text were compiled by K.V. Vaze in the 1920s but the full manuscript remains unavailable.
This document contains a list of audio and video albums in the music collection of Dr. A.S. Nene. It includes 8 albums of Hindi and other language ghazals, film songs and classical music. It provides contact details for Dr. Nene including email and mobile numbers. The albums cover a wide variety of musical genres and artists.
1. The document describes the ancient Indian method of plastering walls and fresco painting. It involves preparing lime plaster from burned shells and applying it to walls.
2. Colors like white, yellow, red, black and blue were used for paintings. White paint was made by grinding shells or chalk finely and mixing with coconut milk. Yellow and red paints were made from minerals treated with water.
3. Outlines were drawn on the plastered walls using a pencil made by mixing powdered tiles, cow dung and Tulsi leaves. Details were then filled in using paints prepared from minerals.
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
The document discusses the extent and scope of Shilpa-shastra, the ancient Indian science of engineering and architecture. Shilpa-shastra encompasses construction, machines, innovations, metals, and other means of creation. It is divided into three volumes by Sage Bhrugu, with three Shilpa-shastras in each volume, covering topics like architecture, sculpture, mechanics, and more. There are 32 vidyas or techniques and 64 kalas or arts that fall under the broad field of Shilpa-shastra. The true meaning of Shilpa-shastra refers to the engineering philosophy of ancient India, as the principles of science can change over time but philosophy remains
1) June 21st is celebrated as World Yoga Day to recognize yoga's benefits of joining the body and mind through practices like asanas, pranayama, and meditation.
2) Ancient Indian science categorized yoga as the art of joining or combining different elements. This included combining plants and animals for hybridization, combining materials in metallurgy and construction, and combining components in machines and vehicles.
3) The document provides several historical examples of combining or joining techniques across fields like agriculture, metallurgy, construction, transportation, and technology that demonstrate ancient India's understanding and application of yoga beyond just physical and spiritual practices.
The document summarizes the secrets of endurance of Indian heritage structures, including proper site selection, durable construction materials, and appropriate construction techniques used in ancient India. It provides examples of two notable Indian heritage structures that have endured for centuries - the 8th century brick Lakshmana temple in Sirpur, Chhattisgarh built according to ancient principles, and the 1790 Kalaram rock temple in Nasik with its complex black stone construction. The document emphasizes that while ancient techniques may not be relevant today, they demonstrate great Indian wisdom that could help preserve other heritage structures through further research.
The document discusses the secrets to the enduring quality of ancient Indian cave paintings, noting that they were protected from direct weathering by being located far inside caves, had organic polymer coatings on the base surfaces, and were created using specialized techniques like natural pigments, brushes, and application on wet plaster before the plaster dried. It also provides details on the basic colors and constituents used in the paintings, as well as examples of cave paintings at important heritage sites in India like Ajanta that have survived for thousands of years.
1. The document discusses a rare ancient text called Sakaladhikara by Sage Agastya on the technical process of making clay icons.
2. It describes the five stages of idol making - constructing a wooden frame, adding coir string reinforcement, plastering with specialized mud, applying cloth covering, and painting.
3. The text contains precise details on appropriate materials and measurements and reflects knowledge of human anatomy, suggesting iconography was based on sound anatomical principles.
The document describes five varieties of ancient adamantine glues used in India for construction and fixing idols. The glues were made by boiling various plant and organic ingredients like fruits, resins, and animal products in water. The mixtures were then used as bonding pastes. The glues were designed to last for extremely long periods, with one variety claimed to last a million years. Different texts from 5th-6th century AD describe the ingredients and preparation methods of these durable ancient Indian glues.
The document discusses ancient Indian traditional methods for forecasting the onset of the rainy season as presented by Dr. A.S. Nene in Nagpur, India on July 20, 2010. Some medium-range animal behavior indicators include ants storing food and herons migrating to mountains. Short-range indicators with moderate reliability are dogs defecating in roads at higher elevations and dragonflies flying low. Medium-range plant phenology predictions of low reliability include fruits ripening early for trees like bangkal, physic nut, and siniguelas.
The document provides information on mud architecture in ancient India. It discusses key terms related to shilpa shastra (science of creation), including shilpa, shilpa shastra, shilpa samhita, vidya, and kala. It describes the 18 divine engineers involved in construction according to ancient texts. Construction materials used included stones, bricks, timber, lime mortars, and paints/pigments. Mud was commonly used and came in various forms like adobe bricks, cob, rammed earth and more. Ancient texts provided details on stabilizing soils by adding materials like hairs, sand, slag and more.
The document provides information on mud architecture in ancient India. It discusses key terms related to shilpa shastra (science of creation), including shilpa, shilpa shastra, shilpa samhita, vidya, and kala. It describes the 18 divine engineers involved in construction according to ancient texts. Construction materials used included stones, bricks, timber, lime mortars, and paints/pigments. Mud was commonly used and came in various forms like adobe bricks, cob, rammed earth and more. Ancient texts provided details on stabilizing soils by adding materials like hairs, sand, slag and more.
This document discusses ancient Indian knowledge of botany and its engineering applications. It begins with an overview of the Indian classification system for trees, which divides them into four categories based on whether they have a hard core inside, outside, or all throughout. Certain trees are deemed unsuitable for construction based on this classification. The document then covers various aspects of selecting and using wood for different engineering purposes, including structural elements, shipbuilding, carts and more. Factors discussed include the tree's age, any imperfections in the wood, gender classification, and which parts of the tree are best suited to specific uses. The document provides numerous examples and tables to support the concepts presented.
Transportation engineering played an important role in ancient India. Well-developed road networks connected major cities and trade routes. The Grand Trunk Road, one of the earliest and longest major roads in India, was built more than 2,300 years ago and spanned over 1,600 miles from northwest India to Bangladesh.
This document provides an overview of the Bhrugu Shilpa Samhita, an ancient Indian text on engineering philosophy attributed to the sage Bhrugu. It includes a list of contents which outlines 12 chapters covering topics like biological science, water resources, mining, transportation, habitation and town planning. It also provides definitions of key terminology from the text like Shilpa (engineering), Vidya (technique), Kala (art) and outlines how the text is divided into three volumes on resources, transportation and habitation. The prologue provides background on Sage Bhrugu and discusses how portions of the original text were compiled by K.V. Vaze in the 1920s but the full manuscript remains unavailable.
This document contains a list of audio and video albums in the music collection of Dr. A.S. Nene. It includes 8 albums of Hindi and other language ghazals, film songs and classical music. It provides contact details for Dr. Nene including email and mobile numbers. The albums cover a wide variety of musical genres and artists.
1. The document describes the ancient Indian method of plastering walls and fresco painting. It involves preparing lime plaster from burned shells and applying it to walls.
2. Colors like white, yellow, red, black and blue were used for paintings. White paint was made by grinding shells or chalk finely and mixing with coconut milk. Yellow and red paints were made from minerals treated with water.
3. Outlines were drawn on the plastered walls using a pencil made by mixing powdered tiles, cow dung and Tulsi leaves. Details were then filled in using paints prepared from minerals.
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
A SYSTEMATIC RISK ASSESSMENT APPROACH FOR SECURING THE SMART IRRIGATION SYSTEMSIJNSA Journal
The smart irrigation system represents an innovative approach to optimize water usage in agricultural and landscaping practices. The integration of cutting-edge technologies, including sensors, actuators, and data analysis, empowers this system to provide accurate monitoring and control of irrigation processes by leveraging real-time environmental conditions. The main objective of a smart irrigation system is to optimize water efficiency, minimize expenses, and foster the adoption of sustainable water management methods. This paper conducts a systematic risk assessment by exploring the key components/assets and their functionalities in the smart irrigation system. The crucial role of sensors in gathering data on soil moisture, weather patterns, and plant well-being is emphasized in this system. These sensors enable intelligent decision-making in irrigation scheduling and water distribution, leading to enhanced water efficiency and sustainable water management practices. Actuators enable automated control of irrigation devices, ensuring precise and targeted water delivery to plants. Additionally, the paper addresses the potential threat and vulnerabilities associated with smart irrigation systems. It discusses limitations of the system, such as power constraints and computational capabilities, and calculates the potential security risks. The paper suggests possible risk treatment methods for effective secure system operation. In conclusion, the paper emphasizes the significant benefits of implementing smart irrigation systems, including improved water conservation, increased crop yield, and reduced environmental impact. Additionally, based on the security analysis conducted, the paper recommends the implementation of countermeasures and security approaches to address vulnerabilities and ensure the integrity and reliability of the system. By incorporating these measures, smart irrigation technology can revolutionize water management practices in agriculture, promoting sustainability, resource efficiency, and safeguarding against potential security threats.
A review on techniques and modelling methodologies used for checking electrom...nooriasukmaningtyas
The proper function of the integrated circuit (IC) in an inhibiting electromagnetic environment has always been a serious concern throughout the decades of revolution in the world of electronics, from disjunct devices to today’s integrated circuit technology, where billions of transistors are combined on a single chip. The automotive industry and smart vehicles in particular, are confronting design issues such as being prone to electromagnetic interference (EMI). Electronic control devices calculate incorrect outputs because of EMI and sensors give misleading values which can prove fatal in case of automotives. In this paper, the authors have non exhaustively tried to review research work concerned with the investigation of EMI in ICs and prediction of this EMI using various modelling methodologies and measurement setups.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Batteries -Introduction – Types of Batteries – discharging and charging of battery - characteristics of battery –battery rating- various tests on battery- – Primary battery: silver button cell- Secondary battery :Ni-Cd battery-modern battery: lithium ion battery-maintenance of batteries-choices of batteries for electric vehicle applications.
Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapte...University of Maribor
Slides from talk presenting:
Aleš Zamuda: Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapter and Networking.
Presentation at IcETRAN 2024 session:
"Inter-Society Networking Panel GRSS/MTT-S/CIS
Panel Session: Promoting Connection and Cooperation"
IEEE Slovenia GRSS
IEEE Serbia and Montenegro MTT-S
IEEE Slovenia CIS
11TH INTERNATIONAL CONFERENCE ON ELECTRICAL, ELECTRONIC AND COMPUTING ENGINEERING
3-6 June 2024, Niš, Serbia
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
7. Western botany originated In 1735 when
Carl Linnaeus, in his book Systema
Natrrae, gave classification of plants.
But thousand years earlier ,Indian sages
classified Immovable things into different
divisions.
7
8. 8
Classification of Plants
( as per Rgveda , Manu,Charaka ,Susruta , Vaisesikas,
Udayana)
वंस्कृ त
ळब्द
English Meaning
लनस्ऩती Plants bearing fruits without evident flowers.
लृष Tress bearing both flowers and fruits.
वलरूध plants which spread on the ground
औऴधी annual plants bearing abundant flowers and fruits
which wither away after fructification used in
medicines
रता climbers and entwines
तृण Grasses
गुल्भ succulent shrubs
गुच्छ bushy herbs
9. 9
Plant anatomy -according to Parasara
• There are tissue systems meant
for the transportation of nutrients
and sap.
• The internal structure of the leaf
consists of innumerable
compartments, which are filled
with the sap and can’t be visible to
the naked eye.
10. 10
Five senses of perception
The plants are living creatures and
possess the five senses of perception.
This is described in verses 11 to 18,
chapter 184, of Mahabharata (3000BC),
as a dialogue between two sages Bhrugu
and Bharadwaja.
?
11. Living Things
11
•अस्तोत्र - things which have no circulation
•वस्तोस्त्र - things which have circulation
वस्तोस्त्र
अलगकस्तोत्र - Things having downward circulation-Human
उर्धलगस्तोत्र Things having upward circulation -plants
ततमगकस्तोत्र -Things having slant circulation- Animals
13. A civil engineer has to use different building
materials including wood.
The quality and durability of the structure
depends upon the wood used.
The life of the structure is also affected by trees
grown in its vicinity.
Hence a civil engineer should have some basic
knowledge about botany.
13
14. Botanical Classification
Western Botanists divide trees into two classes viz.;
1) Endogenous or growing from inside and
2) Exogenous or growing from outside.
Ancient Indian Botanists divide trees into four
classes viz.;
1. तनस्वाय– Trees having no hard core
2. अंतस्वाय- Trees having hard core inside
3. फदशगस्वाय– Trees having hard core outside
4. वलगस्वाय - Trees having core throughout their
cross-section 14
16. तनस्वाय trees are Pipal, Banyan and Holy fig.
However thick these trees grow they form no
core. Their flowers are closed. Fruits are
bunch of flowers
16
वऩंऩऱ लट औदुंफय
17. फदशगस्वाय trees, Endogenous trees, as per
western Botanist, are Bamboo, Coconut or
Bettle nut and others of this class.
17
18. अंतस्वाय trees or Exogenous trees, as per
western Botanist, are Mango, Jackfruit,
Neem tree and other trees.
18
19. वलगस्वाय trees are hard throughout the
cross-section. Tamarind, Babul, Shirish
tree and marking tree are the examples of
this class.
19
20. Unsuitable trees
लट, वऩऩर, औदुंफय, कदंफ, वप्तऩणग, ततंततणी, बफल्ल,
ऩराळ, ऩीरु, श्लेभांतक, ऩारयजात, सळरयऴ, प्रष.
तनस्वाय trees and वलगस्वाय trees are
unsuitable construction
20
21. Forbidden Trees
• Milky Trees: (with poisonous juices): milk bush
• Thorny Trees: Babul or Prickly pear
• Trees having hard through out: Tamarind or
Bunyan tree.
• Bushes: Which give shelter to small animals
and consequently serpents frequent them.
• Fruit bearing Trees: Mango, Guava etc. People
are tempted to throw stones.
• Other Trees (Trees without hard core)
21
23. Tree Recommended near Habitat
High trees or fruit bearing trees may be
allowed, provided they cast no shadow at
noon or overtop the building. The distance
of tree from house should be twice the
height of tree.
23
24. Confinement of trees (Vratabandha)
Some holy trees may be allowed to grow near
buildings, but they should be confined to a certain
area within a circular wall. Trees transgressing this
boundary by breaking through it, should be pruned
to avoid damage to the building.
24
छेद्या भंददय तश्चतरुश्चवीभाभ्मंतयस्था।
भनुष्मारमचंदिका
माभादूर्धलगभळेऴ लृषजतनता छमा ळस्मते गृशे॥
याजलल्रब
25. Classification of Trees
According to Gender
Gender: This subdivisions is based on the
direction of growth of the tree.
• Male trees : Trees strong vertically or in
compression.
• Female trees: Trees strong laterally or in tension
25
29. 2-According to Age
Classification of Trees
Age: This subdivisions is based on the five life spans
the tree: Child, Young, Adult, Aged and Dead
The trees in the middle three spans of life are to be
used for constructional purposes.
29
फारत्ल कौभायं मौलनभथलाधगकं च तनधनं ।
ऩंचलमांस्तेतेऴांभर्धमे, नेष्टे, ळेऴाणीष्टातन॥ भ्रुगुवंदशता
?
30. Directional suitability of Trees
30
वौम्मादे: ळुबदौकवऩत्थक लटाचौदुंफयाश्च मकौ।
सळल्ऩदीवऩका
ऩुलगस्मा फकु रो कटश्च ळुबदोऽलाच्चां तथोदुंफयन्श्चत्र्मा।
चांफुलतोतु वऩप्ऩरतरु वप्तच्चदोवऩऽस्भृत:॥
कौफेमाग ददसळ नागवज्ञसततरु: प्रक्ष्श्श्च के यचुतौ
िभात।२२।
भनुष्मारमचंदिका अ १
31. Selection of a Tree for Timber
• in the compound of religious place,
• struck by lightening ,
• scorched by fire,
• grown in covered area, in unhygienic
conditions or
• grown along the roadside,
Do not Select a Tree, which is
31
32. 32
• broken by wind or animals or vehicles
impact,
• entangled by other trees or wound by
creepers,
• grown in anthills or supporting honey
beehive,
• grown on cremation ground or which
harbors vultures or owls.
33. To ascertain the stage of life of a tree, a bore
through the stem, at two feet above ground is made.
The age of the tree is indicated by
1) color of the core,
2) hardness and
3) juice oozing from the bore.
If a tree is already cut, instead of juice, the sound
produced by tamping with a heavy rod, will indicate
the stage of age.
Formation test
33
तीक्ष्श्ण वुच्चष्टरीभ्मांच ळोधमेत्प्रथभंिुभं।
गुरुळस्त्रेण भशतामवष्टके न प्रशायमेत ्॥
34. Knots in Wood
The wood should not be full of or
devoid of knots.
34
नाग्रंथीनाततगग्रंथीश्च न गुरु न सवभाकृ तत:।
ऩीठस्मात्वुख वंऩत्मैनतत दीघोच लाभन:॥
35. For seasoning of wood, it should be placed on sand
with bottom portion facing wind blowing from west
or south direction.
Seasoning of wood
35
कभगभंडऩके न्मव लारुके ऩरयळामतेत् ।
प्रागंघ्न चात्तयाग्र ला प्माळुश्कं यषवेत्ऩुन् ॥
भमभत
36. Before felling the tree, the branches of tree
should be cut first to avoid unusual strains.
Felling the tree
36
ळाराश्भथगजकणी उर्धलागश्च ऩतनंळुबं ॥ भमभत
37. Preservation of Wood
The wood should be painted to avoid the
losses of oily substance. An oil coat should
be applied every year after rainy season.
37
िव्मनाळस्तु कारेन स्नेशनाळात्प्रजामते ।
तस्भात्तैरं वदारेप्मं शेभंते सळसळयेऽमला॥
कभगभंडऩेचैल काष्ठं स्मािक्तयन्जतं ।
क्रकलाग्नेदग्धतत्कु दंगाया लृतशेतुना ॥ बृगुवंदशता
38. Frames and door shutters
Wood for frames and door shutters should be of
same type so that the action of weather may be
same on both. Unequal action produces unequal
strains and it is detrimental to architecture.
38
एक जातत तरूसब् प्रकन्ल्ऩतं व्दाय
ऩादपरकाददकं ळुबं । भनुष्मारमचंदिका
39. Tree Extracts
For seats of balloons extracts of few trees
are specified in Agastsamhita.
39
ऩराळोयाजक: ऩीडचंदन: वुखा उच्चते।
फकु रस्तुळुब: प्रोक्त: ऩनवस्तायक: स्भृत॥
40. The juice of coreless trees contains water retarding
substances (lac) and hence the juice was used in
preparing silk cloth gas holders in ancient India.
Water retarding substances
40
षीयिुभकदंफाम्रा गलाषत्लषैयवऩ।
बत्रपरांफुज्ञषयासवक्तं आऩमुऴैस्ततस्तत:॥
कौऴेकं जरफंधकं । अगस्त्मवंदशता
आकग ऩमो शुडवलऴाप्रवलवभेऴं।
ऩायालताखुळ कृ त्लाचमुतं प्ररेऩ:॥
तंकस्म तैरभचितस्म ततोऽस्मऩाथग।
ऩश्चात सळतस्म च सळरावुभदेन्व्दघत: फृशतवंदशता
44. 44
Ground symptoms and underground water
Type A B C
Branches Long Medium Small
Fruits Juicy Non juicy -
leaves big medium Small
grass Munj, kush - -
Water
quantity
Abundant Moderate Less, at
great depth
Water
quality
Sweet Salty Bitter
48. 48
Inventions or Futuristic Ideas
1. Cucumber Juice as Soil De-plasticizer
2. Dowsing with herbal mehandi to locate
underground water sources.
3. Alchemy or Silver or Gold plating with
herbs.
49. Conclusions
• The study of botany was very essential for
Indian engineers in ancient India.
• It was a part of many ancient Indian
Engineering sciences.
•Nomenclature is more appropriate than
western botany.
•Many futuristic ideas are hidden in ancient
Indian botany.
49
50. 50
लनातन न: प्रजादशतातन।
Forests should not be destroyed -Rigveda 8-1-13
नभो लृषेभ्मा: लृषेभ्मा:औऴधीनाभ ऩतमे ऩतमेनभ: मजुलेद
Worship trees which give us medicines
मा औऴधी: ऩूलाग जाता देलेभ्मान्स्त्रमुगं ऩुया। ऋग्लेद १०-९७-१
Plants came to existence on earth first. Rigveda 10-97-1
तस्म रुऩेणेभे लृषा: शरयता: शरयतस्त्रज:॥ अथलगलेद १०-८-३१
Chlorophyll is the cause of greenness in trees
मेन प्राणंतत लीरुध:॥ अथलगलेद १-३२-१
Plants are life
लृषवो यषंतत यज्ञषता:। ऋग्लेद
Threes save them those who saves trees
दळऩुत्रोवभ: िुभ॥ ऩद्मऩुयाण १-४४-४५५
One tree is equal to ten sons.
51. 51
Acknowledgement-
This work is based on published / unpublished
works of Late K.V.Vaze and G.G.Joshi
Late K.V. Vaze
1869-1929
Late G.G. Joshi
1912-1992
52. River Ganges would abandon this earth
and after twenty-five hundred years the
earth would be a barren land.
53. For Comments or More information
Contact- E Mail Id
nene_ashok@yahoo.com
Or
prof.ashok.nene@gmail.com
53