Abstract In this article, the interaction of light and matter of nanoparticles is simulated for t... more Abstract In this article, the interaction of light and matter of nanoparticles is simulated for the electric field induced by electromagnetic radiation on spherical nanoparticles. The absorption, scattering and extinction efficiencies are demonstrated for initial wavelength of the incident of light from 300 nm to the final wavelength at 900 nm range for the silver material of 250 nm (spherical nanoparticles) radius with 1.0 refractive index. These optical properties vary according to the optical material used, its shape and size, and polarizability of its surrounding medium. The optical properties demonstrated in this paper are important to understand the basic physical behavior of light interaction of the spectra of spherical nanoparticles that is the silver which is wavelength dependent dielectric material in nature. Keywords: Nanomaterial, nanooptics, photonics crystal, plasmonics, optoelectronics, nanolasers Cite this Article Jyoti Mali, Omprakash . Simulation of Electric Field Induced by Electromagnetic Radiation on Spherical Nanoparticles. Trends in Opto-Electro & Optical Communications . 2018; 8(2): 20–24p.
Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a resu... more Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a result of the virus, people have to stay at the home. Considering all the issues and the advancement in the information and communication technologies that have led to the emergence of the Internet of Things (IoT) and the trend in the healthcare department we adapted IOT in our project. IoT allows many devices, sensors to capture data and transmit it through the internet, providing more data integration methods. IoT plays an important role in the world of emerging technologies such as communication, monitoring, recording, and storage. By monitoring on a continual basis, aggregating and effectively analyzing information can bring about a massive positive transformation in the field of healthcare. This project focuses on the development and implementation of an effective healthcare monitoring system based on IoT with the addition of a position tracking system just in case if there is an emergency then we can take quick action and reach the patient’s location easily. The proposed system checks some basic health parameters of the patients along with the location and the data is transmitted to a cloud platform. The data can be accessed anytime with the current status of the patient. In designing the system, security plays an important role. Wi-Fi module and Cloud platform handle the authentication and privacy of the patients
Now-a-days the world is transcending towards e-commerce, where people get products delivered at t... more Now-a-days the world is transcending towards e-commerce, where people get products delivered at the doorstep. This paper presents an innovative method to simplify the treatment process of a patient by using Optical Character Recognition (OCR) technique. OCR extracts the text present in an image after scanning. This can be used to identify the text written for a input image, when a doctor's prescription is given as input, the medicine name prescribed by the doctor can be identified and on that account the medicine can be shopped by using the application seemingly. The extracted text from prescription can also be used to create the reminder to take the medicine on timely manner, similarly reminding to buy the medicines again when the set or packet is about to end. This would additionally help the patient to track his medicine consumption by analyzing the graph generated by the app. Furthermore by scanning the medicine name with OCR technique, one can detail of the medicine and also the purpose for which the person consumed.
Journal of Instrumentation and Innovation Sciences (e-ISSN: 2456-9860), Apr 26, 2021
Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a resu... more Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a result of the virus, people have to stay at the home. Considering all the issues and the advancement in the information and communication technologies that have led to the emergence of the Internet of Things (IoT) and the trend in the healthcare department we adapted IOT in our project. IoT allows many devices, sensors to capture data and transmit it through the internet, providing more data integration methods. IoT plays an important role in the world of emerging technologies such as communication, monitoring, recording, and storage. By monitoring on a continual basis, aggregating and effectively analyzing information can bring about a massive positive transformation in the field of healthcare. This project focuses on the development and implementation of an effective healthcare monitoring system based on IoT with the addition of a position tracking system just in case if there is an emergency then we can take quick action and reach the patient’s location easily. The proposed system checks some basic health parameters of the patients along with the location and the data is transmitted to a cloud platform. The data can be accessed anytime with the current status of the patient. In designing the system, security plays an important role. Wi-Fi module and Cloud platform handle the authentication and privacy of the patients
In this article, the interaction of light and matter of nanoparticles is simulated for the electr... more In this article, the interaction of light and matter of nanoparticles is simulated for the electric field induced by electromagnetic radiation on spherical nanoparticles. The absorption, scattering and extinction efficiencies are demonstrated for initial wavelength of the incident of light from 300 nm to the final wavelength at 900 nm range for the silver material of 250 nm (spherical nanoparticles) radius with 1.0 refractive index. These optical properties vary according to the optical material used, its shape and size, and polarizability of its surrounding medium. The optical properties demonstrated in this paper are important to understand the basic physical behavior of light interaction of the spectra of spherical nanoparticles that is the silver which is wavelength dependent dielectric material in nature. Keywords: Nanomaterial, nanooptics, photonics crystal, plasmonics, optoelectronics, nanolasers Cite this Article Jyoti Mali, Omprakash . Simulation of Electric Field Induced b...
In response to anticipated shortages of ventilators caused by the COVID-19 pandemic mechanical ve... more In response to anticipated shortages of ventilators caused by the COVID-19 pandemic mechanical ventilation is a life-saver in the development of modern ICUs. This paper provides an idea of the origin of modern mechanical ventilators. Based on the reviewed literature, a simple, easy-touse, and easy-to-build design of lowcost portable ventilator is proposed in this project. The proposed ventilator prototype here is assumed to have better working performance than already available around. This ventilator consists a of blood oxygen sensor and a sensitive pressure monitoring system all at a very low cost. The ventilator we here design and develop using Arduino encompass all the requirements to develop a reliable yet affordable whilst matching all the conditions and marks of an original mechanical ventilator along with its property of portability. This ventilator will help in a situation like COVID-19 when the whole world facing difficulties related to ventilators and thereby can also be ...
International journal of engineering research and technology, 2018
Rising garbage of the world poses serious threats to human being because escalating amount of was... more Rising garbage of the world poses serious threats to human being because escalating amount of waste generated each minute by an individual. Approximate 0.2 million tones’ garbage generated per day only in India. Maximum garbage cannot be fixed to proper solution because separation mechanism is not present widely in India. Only rage picker do separation of garbage in some cities but it cannot complete the whole separation. As only 30-40% garbage is separated daily. Some garbage cannot be separated by hand as they are hazardous like chemical waste, medical waste, floating waste etc. so the separation of the garbage is needed which is safe, lenient and automatic. Therefore aim of the paper is to present a smart robot which is capable of separating degradable and nondegradable waste using image processing techniques. The proposed robot is in random motion whenever it senses any object it stops and camera takes image of the object, after processing and segmentation is done, it separates ...
The main objective of this work is to explore the problem: the use of artificial neural networks ... more The main objective of this work is to explore the problem: the use of artificial neural networks for the retransmission of the encoding of images of large satellites. The central accreditation uses fixed and arbitrary keys in the learning process, such as classical symmetric and asymmetric coding. The network used is NxMxN neurons, hidden levels and output. The network is being trained to regulate the weight and the bias receives a fixed value from 0 to 1 after normalization. Is biased is determined. The supply capacity between the input layer and the hidden layer, the layer acts as the first key (K1), while the bias is partial, the hidden layer and the outer layer represent the second key (K2). The course method uses K1, K2, or both, and is done by using small-sized images to improve speed. Then, the network is used to encode and resolve images from normal satellites. Many tests prepared several satellite, optical and SAR images, and so on, the content between decoding (quality of ...
In this paper we tried to compute the optical properties of a single nanowire using the MieFormal... more In this paper we tried to compute the optical properties of a single nanowire using the MieFormalisim methodology on the nanohub open source tool availability. The current version of the tool is limited to only up to two shells and has pre-chosen materials options. Here the total optical properties such as total scattering, absorption and extinction efficiency are computed. Absorption efficiency of individual layers can also be calculated and studied using the same method. The integrated photon flux absorbed and the ideal photocurrent density under AM 1.5 G illumination as a function of layer thickness is used. Different electric and magnetic polarizability under the TE polarization of the E field perpendicular to nanowire axis is computed to study the various optical properties of a single nanowire with two shell layer.The simulations are based on rigorous solutions to the Maxwell’s equations using Mie-formalism. Overall absorption as well as properties within each layer can be cal...
-Gas leakage tragedies and accidents have lead to heavy losses over the years. So it is very impo... more -Gas leakage tragedies and accidents have lead to heavy losses over the years. So it is very important to detect any gas leakage and prevent any accidents. We here propose to build the system using a MQ6 gas detection sensor and interface it with 8051 family microcontroller along with GSM modem. Our system uses the gas sensor to detect any gas leakages. The signal from gas sensor is applied to microcontroller as soon as it encounters a gas leakage. And we also used the Fire sensor to detect the fire level, Temperature sensor LM35 and LDR also used. The microcontroller processes this signal and sends out a signal to the GSM modem with required message details. The GSM modem now sends out an alerting SMS to the authorized people so that they may handle the issue.
2020 International Conference on Convergence to Digital World - Quo Vadis (ICCDW), 2020
Now-a-days the world is transcending towards e-commerce, where people get products delivered at t... more Now-a-days the world is transcending towards e-commerce, where people get products delivered at the doorstep. This paper presents an innovative method to simplify the treatment process of a patient by using Optical Character Recognition (OCR) technique. OCR extracts the text present in an image after scanning. This can be used to identify the text written for a input image, when a doctor's prescription is given as input, the medicine name prescribed by the doctor can be identified and on that account the medicine can be shopped by using the application seemingly. The extracted text from prescription can also be used to create the reminder to take the medicine on timely manner, similarly reminding to buy the medicines again when the set or packet is about to end. This would additionally help the patient to track his medicine consumption by analyzing the graph generated by the app. Furthermore by scanning the medicine name with OCR technique, one can detail of the medicine and also the purpose for which the person consumed.
Abstract In this article, the interaction of light and matter of nanoparticles is simulated for t... more Abstract In this article, the interaction of light and matter of nanoparticles is simulated for the electric field induced by electromagnetic radiation on spherical nanoparticles. The absorption, scattering and extinction efficiencies are demonstrated for initial wavelength of the incident of light from 300 nm to the final wavelength at 900 nm range for the silver material of 250 nm (spherical nanoparticles) radius with 1.0 refractive index. These optical properties vary according to the optical material used, its shape and size, and polarizability of its surrounding medium. The optical properties demonstrated in this paper are important to understand the basic physical behavior of light interaction of the spectra of spherical nanoparticles that is the silver which is wavelength dependent dielectric material in nature. Keywords: Nanomaterial, nanooptics, photonics crystal, plasmonics, optoelectronics, nanolasers Cite this Article Jyoti Mali, Omprakash . Simulation of Electric Field Induced by Electromagnetic Radiation on Spherical Nanoparticles. Trends in Opto-Electro & Optical Communications . 2018; 8(2): 20–24p.
Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a resu... more Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a result of the virus, people have to stay at the home. Considering all the issues and the advancement in the information and communication technologies that have led to the emergence of the Internet of Things (IoT) and the trend in the healthcare department we adapted IOT in our project. IoT allows many devices, sensors to capture data and transmit it through the internet, providing more data integration methods. IoT plays an important role in the world of emerging technologies such as communication, monitoring, recording, and storage. By monitoring on a continual basis, aggregating and effectively analyzing information can bring about a massive positive transformation in the field of healthcare. This project focuses on the development and implementation of an effective healthcare monitoring system based on IoT with the addition of a position tracking system just in case if there is an emergency then we can take quick action and reach the patient’s location easily. The proposed system checks some basic health parameters of the patients along with the location and the data is transmitted to a cloud platform. The data can be accessed anytime with the current status of the patient. In designing the system, security plays an important role. Wi-Fi module and Cloud platform handle the authentication and privacy of the patients
Now-a-days the world is transcending towards e-commerce, where people get products delivered at t... more Now-a-days the world is transcending towards e-commerce, where people get products delivered at the doorstep. This paper presents an innovative method to simplify the treatment process of a patient by using Optical Character Recognition (OCR) technique. OCR extracts the text present in an image after scanning. This can be used to identify the text written for a input image, when a doctor's prescription is given as input, the medicine name prescribed by the doctor can be identified and on that account the medicine can be shopped by using the application seemingly. The extracted text from prescription can also be used to create the reminder to take the medicine on timely manner, similarly reminding to buy the medicines again when the set or packet is about to end. This would additionally help the patient to track his medicine consumption by analyzing the graph generated by the app. Furthermore by scanning the medicine name with OCR technique, one can detail of the medicine and also the purpose for which the person consumed.
Journal of Instrumentation and Innovation Sciences (e-ISSN: 2456-9860), Apr 26, 2021
Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a resu... more Today is a challenging time for all of us as COVID-19 increases and affects many lives. As a result of the virus, people have to stay at the home. Considering all the issues and the advancement in the information and communication technologies that have led to the emergence of the Internet of Things (IoT) and the trend in the healthcare department we adapted IOT in our project. IoT allows many devices, sensors to capture data and transmit it through the internet, providing more data integration methods. IoT plays an important role in the world of emerging technologies such as communication, monitoring, recording, and storage. By monitoring on a continual basis, aggregating and effectively analyzing information can bring about a massive positive transformation in the field of healthcare. This project focuses on the development and implementation of an effective healthcare monitoring system based on IoT with the addition of a position tracking system just in case if there is an emergency then we can take quick action and reach the patient’s location easily. The proposed system checks some basic health parameters of the patients along with the location and the data is transmitted to a cloud platform. The data can be accessed anytime with the current status of the patient. In designing the system, security plays an important role. Wi-Fi module and Cloud platform handle the authentication and privacy of the patients
In this article, the interaction of light and matter of nanoparticles is simulated for the electr... more In this article, the interaction of light and matter of nanoparticles is simulated for the electric field induced by electromagnetic radiation on spherical nanoparticles. The absorption, scattering and extinction efficiencies are demonstrated for initial wavelength of the incident of light from 300 nm to the final wavelength at 900 nm range for the silver material of 250 nm (spherical nanoparticles) radius with 1.0 refractive index. These optical properties vary according to the optical material used, its shape and size, and polarizability of its surrounding medium. The optical properties demonstrated in this paper are important to understand the basic physical behavior of light interaction of the spectra of spherical nanoparticles that is the silver which is wavelength dependent dielectric material in nature. Keywords: Nanomaterial, nanooptics, photonics crystal, plasmonics, optoelectronics, nanolasers Cite this Article Jyoti Mali, Omprakash . Simulation of Electric Field Induced b...
In response to anticipated shortages of ventilators caused by the COVID-19 pandemic mechanical ve... more In response to anticipated shortages of ventilators caused by the COVID-19 pandemic mechanical ventilation is a life-saver in the development of modern ICUs. This paper provides an idea of the origin of modern mechanical ventilators. Based on the reviewed literature, a simple, easy-touse, and easy-to-build design of lowcost portable ventilator is proposed in this project. The proposed ventilator prototype here is assumed to have better working performance than already available around. This ventilator consists a of blood oxygen sensor and a sensitive pressure monitoring system all at a very low cost. The ventilator we here design and develop using Arduino encompass all the requirements to develop a reliable yet affordable whilst matching all the conditions and marks of an original mechanical ventilator along with its property of portability. This ventilator will help in a situation like COVID-19 when the whole world facing difficulties related to ventilators and thereby can also be ...
International journal of engineering research and technology, 2018
Rising garbage of the world poses serious threats to human being because escalating amount of was... more Rising garbage of the world poses serious threats to human being because escalating amount of waste generated each minute by an individual. Approximate 0.2 million tones’ garbage generated per day only in India. Maximum garbage cannot be fixed to proper solution because separation mechanism is not present widely in India. Only rage picker do separation of garbage in some cities but it cannot complete the whole separation. As only 30-40% garbage is separated daily. Some garbage cannot be separated by hand as they are hazardous like chemical waste, medical waste, floating waste etc. so the separation of the garbage is needed which is safe, lenient and automatic. Therefore aim of the paper is to present a smart robot which is capable of separating degradable and nondegradable waste using image processing techniques. The proposed robot is in random motion whenever it senses any object it stops and camera takes image of the object, after processing and segmentation is done, it separates ...
The main objective of this work is to explore the problem: the use of artificial neural networks ... more The main objective of this work is to explore the problem: the use of artificial neural networks for the retransmission of the encoding of images of large satellites. The central accreditation uses fixed and arbitrary keys in the learning process, such as classical symmetric and asymmetric coding. The network used is NxMxN neurons, hidden levels and output. The network is being trained to regulate the weight and the bias receives a fixed value from 0 to 1 after normalization. Is biased is determined. The supply capacity between the input layer and the hidden layer, the layer acts as the first key (K1), while the bias is partial, the hidden layer and the outer layer represent the second key (K2). The course method uses K1, K2, or both, and is done by using small-sized images to improve speed. Then, the network is used to encode and resolve images from normal satellites. Many tests prepared several satellite, optical and SAR images, and so on, the content between decoding (quality of ...
In this paper we tried to compute the optical properties of a single nanowire using the MieFormal... more In this paper we tried to compute the optical properties of a single nanowire using the MieFormalisim methodology on the nanohub open source tool availability. The current version of the tool is limited to only up to two shells and has pre-chosen materials options. Here the total optical properties such as total scattering, absorption and extinction efficiency are computed. Absorption efficiency of individual layers can also be calculated and studied using the same method. The integrated photon flux absorbed and the ideal photocurrent density under AM 1.5 G illumination as a function of layer thickness is used. Different electric and magnetic polarizability under the TE polarization of the E field perpendicular to nanowire axis is computed to study the various optical properties of a single nanowire with two shell layer.The simulations are based on rigorous solutions to the Maxwell’s equations using Mie-formalism. Overall absorption as well as properties within each layer can be cal...
-Gas leakage tragedies and accidents have lead to heavy losses over the years. So it is very impo... more -Gas leakage tragedies and accidents have lead to heavy losses over the years. So it is very important to detect any gas leakage and prevent any accidents. We here propose to build the system using a MQ6 gas detection sensor and interface it with 8051 family microcontroller along with GSM modem. Our system uses the gas sensor to detect any gas leakages. The signal from gas sensor is applied to microcontroller as soon as it encounters a gas leakage. And we also used the Fire sensor to detect the fire level, Temperature sensor LM35 and LDR also used. The microcontroller processes this signal and sends out a signal to the GSM modem with required message details. The GSM modem now sends out an alerting SMS to the authorized people so that they may handle the issue.
2020 International Conference on Convergence to Digital World - Quo Vadis (ICCDW), 2020
Now-a-days the world is transcending towards e-commerce, where people get products delivered at t... more Now-a-days the world is transcending towards e-commerce, where people get products delivered at the doorstep. This paper presents an innovative method to simplify the treatment process of a patient by using Optical Character Recognition (OCR) technique. OCR extracts the text present in an image after scanning. This can be used to identify the text written for a input image, when a doctor's prescription is given as input, the medicine name prescribed by the doctor can be identified and on that account the medicine can be shopped by using the application seemingly. The extracted text from prescription can also be used to create the reminder to take the medicine on timely manner, similarly reminding to buy the medicines again when the set or packet is about to end. This would additionally help the patient to track his medicine consumption by analyzing the graph generated by the app. Furthermore by scanning the medicine name with OCR technique, one can detail of the medicine and also the purpose for which the person consumed.
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