Volume 9 | Issue 4 |

 Abstract

COVID-19 outbreak due to SARS-CoV-2 is caused a pandemic condition globally with thousands of deaths and millions of infectees, as well directly affected to the global economy in a deadly way. Being a viral born disease, an effective medicine for the disease is still unknown. Therefore, an effective medicine is highly essential to eradicate the prevailing outbreak. Based on the holistic science of Ayurveda, treatment modalities are built up with the basis of dosha dushya sammurchana of the disease. Hence, a tangible study through existing literature in an inductive way with a critical analysis has been elaborated strong sense towards the etiopathogenesis and pathophysiology of the disease comparing to Sukshma krimi janya vata kapha jvara at the mild to moderate condition and in severe stage as the kapha pradhana sannipata jvara. The theory of shatkriyakala in Ayurveda depicts an extensive concept to build up a treatment protocol with suggestive management system to battle against COVID-19 through specific antiviral medicine and immunomodulators. Therefore, prevention, management and health promotion against COVID-19 is suggested through the Ayurveda perspective.

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COVID-19, jvara, krimi, immunomodulator, janapadodhwamsa

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infective endocarditis, mycotic aneurysm, popliteal artery.

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Keywords: Private Blockchain, Hyperledger Fabric, Re-Encryption.

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300

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In India, there are currently more than 26 metro rail projects at various levels of planning, construction and operation. Transport system whether it is public or private is the basic need of any city which not only decide the level of development but opens new avenues for the city. Nagpur is third largest city & second capital of Maharashtra state which itself more that sufficient to recognize its importance in socioeconomic and political corridor. To fight with the problem of traffic and to manage the future road traffic A number of new phases of metro rails are being planned and will be launched soon. Govt. Of India and Maharashtra govt. Initiated Nagpur metro rail project which is suppose to be started by 2018. The outcome of the research is significant in creating process flows in executing metro rail projects faster and effectively.

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Metro rail ,Public Transportation, Traffic Survey.

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Users must concentrate their Sewage/Wastewater treatment process to ensure that it complies with regulatory guidelines. The main purpose of Sewage treatment process is to remove the various constituents of the polluting load: solids, organic carbon, nutrients, inorganic salts, metals, pathogens etc. Effective wastewater collection and treatment are of great importance from the standpoint of both; environmental and public health. Sewage/Wastewater treatment operations are done by various methods in order to reduce its water and organic content, and the ultimate goal of wastewater management is the protection of the environment in a manner commensurate with public health and socio-economic concerns. In this article, Sewage/Wastewater treatment techniques, factors affecting selection and design Sewage/Wastewater systems are discussed briefly.

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Waste Water Treatment, Design of STP, Emerging Technology

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Due to its simplicity and low cost, analyzing an electrocardiogram (ECG) is the most common technique for detecting cardiac arrhythmia. The massive amount of ECG data collected every day, in home and hospital, may preclude data review by human operators/technicians. Therefore, several methods are proposed for either fully automatic arrhythmia detection or event selection for further verification by human experts. In the last decades, several works were developed to produce automatic ECG-based heartbeat classification methods. In this work, we survey the current state-of-the-art methods of ECG-based automated abnormalities heartbeat classification. There are number of challenges in detection of arrhythmias in heart beat dataset. Although many researchers have suggested various approaches to resolve them, still there are requirements for invention and improvements

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data mining, arrhythmia, ECG

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In today's world, heterogeneous devices are linked through the internet. You can book tickets, do banking, check traffic, pay your bills and obtain certificates from the municipality, among other things. Many problems in IoT arise as a result of the heterogeneity of devices, including alignment and control, data management, and scalability. Many devices in the Internet of Things continue to record and send data to a control room for review and decision making. This paper will give you a sense of what the Internet of Things is and what the key problems and challenges are.

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Internet of Things(IoT),Security, Privacy, Threats, Service-oriented architecture (SOA), Radio-frequency identification (RFID), Wireless sensor networks (WSN)

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: Finite element method (FEM) is a numerical method for solving a differential or integral equation. It has been applied to a number of physical problems, where the governing differential equations are available. The Ansys explicit dynamics suite enables you to capture the physics of short- duration events for products that undergo highly nonlinear, transient dynamic forces. This paper studies the impact of bullet with aluminium alloy plate fixed on all sides. Simulations were carried out to study effect of bullet impact angle and thickness of aluminium alloy plates. These simulations were performed through Ansys Workbench and the impact velocity was 1500 m/s in the test. Explicit dynamics simulations are addressed by three products in the Ansys suite, and the right tool for the job depends on user needs and applications: ANSYS AUTODYN was the software used in this analysis. The aim of the present paper is to determine whether velocity or distance is the key factor to determine that the bullet can pierce the Armor. The deformation is done on Plate and Bullet. For the Analysis two materials are been used: AL2024-T4 for Plate & Steel 1006 for the Bullet

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FEM, Explicit Dynamics, AUTODYN

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This article aims to identify the relationship between the accuracy of firm value attained by using different number of comparable companies to carry out a relative valuation. A major question regarding relative valuation is the most optimal number of comparable firms to be used, this study aims to answer that question by looking at 14 sectors in the Indian economy. The study finds the enterprise value of each target company selected by using a range of comparable companies, from the closest comparable company to the top ten closest comparable and finds the enterprise value. The study then identifies the absolute error and presents its findings regarding the most optimal number of firms to be used to attain the most accurate enterprise value in a relative valuation process. The study also analyses the effect of the overall number of firms in the sector and if this has an effect on the error value attained by using the industry multiple for the valuation process, thus, answering the question of if a sector with many firms provides a more accurate enterprise value of the target that a sector with a smaller number of firms. This helps confirm the market effect on the valuation process.

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Business Valuation, Relative valuation, comparable company analysis, multiples-based valuation

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