Volume 9 | Issue 7 |

 Abstract

This article analyses the sensitive issue of a poor helpless women

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 Keywords

Society sexuality gender abuse

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 Abstract

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 Keywords

database,Machine learning-classification method,python,predictation of accuracy result

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This paper focuses on the challenges of COVID 19, the situation of pandemic that the entire world is going through. The paper tries to describe how cultural wisdom and Indian conventional facts can help us in addressing the society today and which is being hostile to us. It also presents related anecdotes from Indian epics, which are an essential part of Indian thoughts and cultural heritage. This article explores the possibility for enhancing the intrinsic value of a character in a society, focussing on how inner harmony and peace are essential for successfully changing the world situation at present. Further it also elaborates on how by integrating human values & ethics, underlined in the Indian epics will be incorporated in the individual, in the society as a whole in combating COVID 19 pandemic.

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 Keywords

Ethos, wisdom, COVID 19, human values

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Over the past several years, there has been an escalating interest, echoing enthusiasm, for electric vehicles. Electric vehicles (EVs) are becoming more typical in the transportation sector in recent times. As the current progression suggests, this form of transportation is more prone to oust internal combustion engine (ICE) vehicles in the coming years. Each of the essential EV components has many technologies that are being used right now or can become eminent in the future. With the right administration, EVs could be turned into a crucial contributor to the successful implementation of the smart grid concept, despite its several flaws. This paper gives an outline of the recent work of electric vehicles in the domain.

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Electric Vehicle, Electric Propulsion, Energy Sources, Charging time, Battery Capacity, Mileage, Economy

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Abstract: Electronic voting or e-voting have been used in various ways over the decades, along with basic advantages over paper-based systems such as increasing efficiency and reducing error. However, the E-voting schemes bring issues mainly relating to security, credibility, transparency, reliability, and functionality which remain challenges to achieve widespread adoption of such systems especially regarding improving their resilience against potential faults. Blockchain is a distinct technology of our time that has the potential to improve the overall resilience of e-voting systems. The basic principle of the blockchain is in the immutability of the records already placed in blocks and advanced cryptography is used to ensure the chaining of blocks, and providing data integrity. This study represents an effort to leverage blockchain benefits such as cryptography and transparency to achieve an efficient voting model. Moreover, we present sec-vote, a blockchain-based voting system to bring accessibility with easy access to the web portal through the internet, reliability with face recognition and OTP, transparency with blockchain, security with hashing and cryptographic algorithms, and reduce the cost of the election.

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Blockchain, cryptography, face recognition, OTP, Hashing.

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 Abstract

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Keywords: Moulana Azad, Modern India, Secularism, Nationalism ,Education -system

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Artificial Intelligence refers to the simulation of human intelligence in machines that are programmed to think like humans and mimic their actions. It is imparting human intelligence into machines. Artificial Intelligence has become a very fast developing technology in the world and is getting better and smarter day by day. The applications of Artificial Intelligence can be seen in almost every sector including Education, Banking, Healthcare, Entertainment, Social Media, Date Security, Gaming etc. This paper focuses on the concept of AI in Banking sector, how this technology has brought changes in this field ad what are the opportunities and challenges ahead.

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Artificial Intelligence, AI application in banks, Banking Technology, Intelligence

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Built-in Self-Test (BIST) is becoming increasingly essential in today's IC designs for memory, which is the most critical component of the System on Chip. BIST is a method for circuit design that enables it to self-test. By enabling the use of low-cost test equipment at all phases of manufacturing, the method may save time and money when compared to an externally applied test. Because of the randomization characteristics of Linear Feedback Shift Registers, this needs relatively minimal hardware (LFSRs). Linear Feedback Shift Registers have been used to create test patterns for a long time (LFSR). The feedback taps on LFSRs, which are a sequence of flip-flops linked in series, are defined by the generating polynomial. The seed value is fed into the outputs of the flip-flops. The only input needed to create a random sequence is an external clock, and each clock pulse may result in a different pattern at the flip-flops' output. The random sequence at the output of the flip-flops may be utilized as a test pattern. The number of flip-flop outputs needed by the circuit under test must match the number of inputs required by the LFSR. This test pattern is used to verify that the required fault coverage is obtained on the circuit under test. A novel low-power pattern generating method is implemented using a modified Linear Feedback Shift Register standard benchmark circuit. Using an industry standard Xilinx tool called Power analyzer or Cadence, the circuit's instantaneous and peak power consumption is examined, and it is demonstrated that the new low power method uses considerably less power than the traditional pattern for the same fault coverage. The aim of the research is to test the multipliers using a Low Power Linear Feedback Shift Resister (LFSR), which is better suited to VLSI circuit testing built-in self-test (BIST) structures. Random values are needed for testing every circuit that is developed. To do so, we create random generators that produce random values. BIST is a design for testability (DFT) method for testing that makes use of built-in hardware characteristics. Because testing is integrated into the hardware, it is quicker and more efficient. The suggested test pattern generator minimizes switching activity between test patterns, resulting in a low-cost, high-speed solution.

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 Keywords

LFSR, BIST, LTLFSR, TPC, TPS, Test Patterns.

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 Abstract

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Criminal Investigation; Suspect Prediction; Prediction Algorithm.

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Internet of things (IoT), is the 24/7 interconnected sensors nodes generating data to the cloud. The cheap price of the sensors and RFID enabled the IoT in vast area of application in almost each and every field of daily life which makes the many things automated and can solve many daily life problems and makes the term smart. Like smart city smart energy etc. IoT enables the use of compact devices consist of various sensors from medical to mechanical sensors, it includes almost every type sensor like human can sense or even more. There are wide range of devices available widely in size, energy, use, capacity and computation power. The integration of these wide range smart things into the standard internet introduces many security challenges regarding architectural design and because the of many internet technologies and protocols were not designed to support IoT. Many researchers have explored about such type of security issues and design challenges and many open problems in IoT. This paper briefly explains the Application of IoT, Challenges and Issues in IoT, existing methods for providing security solutions and their limitations.

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RFID (Radio-frequency identification), IoT (Internet of Things), Smart devices

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Creative Commons Attribution 4.0 and The Open Definition