Volume 9 | Issue 6

 Abstract

The story of Little Red Riding Hood is well-known. However, we know very little of the different versions that the story has and how widely it has been adapted. Authors have read into the colour and the victim-hood of the girl whose story has been written and re-written. Initially meant to impart a lesson to little girls on correct behaviour, the story went on to acquire several other layers and implications. In my paper, I explore the different variations and adaptations of the well-known story and de-familiarize it, finding new ways and dimentions to look at the story and the "lesson" it imparts.

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 Keywords

fairy tales, adaptation, victim

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 Abstract

Graphene a single layer 2-dimensional structure nano material with unique physicochemical properties (e.g. high surface area, excellent electrical conductivity, strong mechanical strength, unparalleled thermal conductivity, electrochemical, remarkable biocompatibility and ease of functionalization), has received increasing attention in physical, chemical and biomedical fields. Single-layer graphene oxide sheets down to a few nanometers in lateral width. We develop functionalization chemistry to impart solubility and compatibility of GO in biological environments. Graphene based materials for biomedical applications. In particular, graphene based biosensors for small biomolecules (glucose, dopamine etc.), proteins and DNA detection have been summarized graphene based bioimaging, drug delivery, photo thermal therapy, biosensor , gene delivery , tissue engineering , cell growth , steam cell differentiation, cancer treatment ,mass spectrometry application of graphene use in biomedical.

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 Keywords

Graphene, Graphene oxide, Graphene properties, biomedical application.

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 Abstract

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ASEAN, PESTLE Analysis, Textile Industry, Trade, SWOT Analysis

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 Abstract

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NETWORK SECURITY AND CRYPTOGRAPHY

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A multilevel support PFC (Power Factor Correction) rectifier is introduced in this paper constrained by fell regulator and multicarrier pulse width adjustment strategy. The introduced geography has less dynamic semiconductor switches contrasted with comparative ones decreasing exchanging misfortunes just as the quantity of required entryway drives that would recoil fabricated box altogether. A straightforward regulator has been carried out on the examined converter to produce a consistent voltage at the yield while creating a five-level voltage waveform at the contribution without associating the heap to the unbiased place of the DC transport capacitors. Multicarrier PWM strategy has been utilized to create changing pulses from control signal. Staggered voltage waveform sounds have been dissected completely which influences the size of information current and required channels straightforwardly. Full re-enactment and test results affirm the great unique presentation of the proposed five-level PFC help rectifier in conveying power from AC framework to the DC loads while revising the power factor at the AC side just as diminishing the current sounds surprisingly.

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 Keywords

Multicarrier PWM, Cascaded Control, Active Rectifier ,Power Quality. Multilevel Converter.

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 Abstract

Ayurveda is holistic science of life which is very ancient. Many siddhantas are explained in Ayurveda, srotas kalpana is one of them.Srotas are the channels of the body through which the materials needed for tissue building, nutrition and other nutrients flow from one corner of the body to the other, we can tell that the materials are transported through the channels from the place of production to place of need1(Gangadhara) Rasavaha srotas are considered as main srotas since they supply nutrients to all body parts. Aim & Objective: i) To Study the concept of Rasavaha Srotas ii)To Study the Anatomical view of Heart and Cardiac Diseases. Methodology: There are many Ayurvedic text, literature, articles, books which enlighten the topic. Brihattrayee with their commentaries.Conclusion: The transportation is the key for evolution of mankind. The word Srotamsi in the context of srotas indicates all level of exchanging and transportation of Posahya Rasa from Ahara Rasa at micro to macro level of cells and tissue.The sapta dhatu are the product of ahara rasa. The poshya Ras Dhatu is the first tissue. This comes in the heart and is circulated all over the body providing nourishment. If the heart is not developed or if there is abnormalities then the char Ras which is flowing will hamper the body, creating defect in it. This is not only for the organ but all the body organs must be healthy to secure a healthy and faithful life. The article is a try to opt on Rasavaha Srotas in detail view and resemblance with cardiovascular system.

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Srotas,Rasavaha srotas, Ahara rasa,cardiovascular system

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 Abstract

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EAP-CHAP Encryption, Rijndael Algorithm, Cloud.

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Neuromuscular training(NMT), Coordination Motor Abilities(CMA), Kinesthetic Differentiation, Balance, Orientation, Sense of Rhythm

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The aim of the study was to find the difference in pre-test and post test level of Concentration and Co-ordination among adult (19-55) and children (5-18) by using Concentration and Co-ordination Testing Apparatus. A quantitative method was adopted for the study. The tool used was Concentration and Co-ordination Testing Apparatus by Coexin Technologies. The apparatus were administered to a group of 60 children who were ranging from 5-18 and 60 adult ranging from 19-55. There were four different type of strings were used for the study. E14 & E8 for adult and D14 & D8 for children. Karl Pearson's Product Moment Correlation and paired samples t- test was used to analyze the collected data. The research reveals that there is no significant difference between pre-test and post test of time and error in design strings. The researcher concluded that the Concentration and Co-ordination Testing Apparatus is highly reliable.

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concentration, Co-ordination, Concentration and Co-ordination Testing Apparatus.

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 Abstract

In the present circumstances Automobile industry has gotten to an ever-increasing extent in competition. To improve the presentation and proficiency of the vehicles, automakers utilize various procedures like tuning the motor, decreasing the ride tallness, utilization of streamlined parts like wings and spoilers. The wings altogether have demonstrated to be more successful in improving the vehicle performance. Wings are only air thwarts that are utilized to alter the bearing of wind stream around the vehicle and decrease the drag. The streamlined features of the dynamic front wing and back wing (spoilers) of the current race vehicle are basic to the presentation of the vehicle. Dynamic streamlined wings are utilized to improve vehicle taking care of execution under the crisis situation, for examples closed cornering moves at high rates and slowing down. In this undertaking, we will be planning and dissecting a functioning wing for a go-kart. It will help in improving the cornering capacity, speed and slowing down the ability of the go-kart. An Arduino motherboard will be utilized, which will control the dynamic wings. Different sensors like turning sensor, speed sensor, brake sensor and position sensor will be utilized which will gather information and send it to the motherboard. A stepper motor will be utilized to incite the front wings (flapper) at various points during cornering speeding up and slowing down. A fixed back spoiler will be utilized on a go-kart which will expand the down power at high paces and keep the vehicle stable. The front air wings will likewise be utilized to cool the battery and supercapacitors being utilized in a Go-kart. To plan a Go-kart, the projects utilized in this venture are Solid Works 2016 (CAD plan) and ANSYS 18.0. Subsequently, utilizing these projects, this undertaking permits us to apply, learn and connect specialized information on vehicle and other specialized categories.

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 Keywords

Aerodynamic, safety, efficiency..

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supercapacitor, endurance, machinablility,

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Amplification is the most important functionality in modern Communication Radio receivers. The Low Noise Amplifier (LNA) is the chief design in the receiver architectures. In order to amplify the signal received from the antenna in a RF system, LNA is required. A low noise amplifier operated in 26 GHz band with maximum gain of 27.861 dB and minimum noise figure of 1.467 dB has been designed using GaAs p-HEMT technology. The design uses inductive source degeneration topology along with resistive shunt feedback amplifier to get appropriate trade-off between gain and noise figure. Advanced Design System (ADS) software has been used for observing the simulation results.

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Low noise amplifier, mm-Wave, GaAs, p-HEMT, Advanced design system.

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 Abstract

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 Keywords

Burnout, Accomplishment, Depersonalization, Professional Commitment, Depersonalization

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An emerging research field that is based on Human-centered computing aims to understand human activity and integrate users and their social context with computer systems. One of the most recent and unique and challenging applications in this framework consists in recognizing human body motion using smartphones to gather context information about people actions. In this context, we have described in this work with the help of Activity Recognition database, created from the recordings of many subjects doing Activities of Daily Living (ADL) while carrying a waist attached smartphone with mounted inertial sensors, which is released to public domain on a well-known on-line repository. Results, obtained on the dataset by using a multiclass Support Vector Machine (SVM), are also honored.

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 Keywords

Machine Learning , Data Analysis

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A Smart Meter is a digital electrical grid that makes it easier to gather and distribute the information with regard to the usage of power by suppliers and consumers.

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 Keywords

Smart Grid, Arduino, Android, Smart Meter, Measurement System, Monitoring Arduino

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 Abstract

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 Keywords

Venture capital , Finance, Investment , Business .

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Identification of fault source in the transmission line has been proposed in this paper by programming Arduino UNO Microcontroller. Fast fault detection protects connected equipment by detecting and suppressing the spurious signal before any significant damage. Transmission line protection is the main objective of this project in the power system about 80-85% fault suppression. LM 317 used in a circuit that provides variable output voltage for the connected load. Output voltage adjusted by rotating potentiometer. Potentiometer is used to increase clear display through LCD. Connecting the network of resistors, the Arduino measures voltage and current. Received high voltage back EMF from the relay coil switching the relay ON and OFF and protects the sensitive load.

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 Keywords

IoT, Fault localization, Relay Switch, Transmission line.

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This paper reviews the method for traffic sign detection and recognition. In the section on learning-based detection, we review the Viola Jones detector and the possibility of applying it to traffic sign detection. The recognition of the detected traffic sign is handled by the Histogram of Gradient based SVM classifier. Together this system is expected to perform much better than the other systems available. The algorithms when trained with proper set of images have been noted to perform accurately. This must hold true for the traffic signs as well under different color, lighting, atmospheric conditions.

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 Keywords

OpenCV, Haar features, Cascades classification, Machine Learning, Histogram of Gradient, Cascade Training, SVM, KNN, Feature matching.

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 Abstract

The main objective of VOICE CONTROLLED WHEEL CHAIR SYSTEM project is recommended to c0ntrol a wheel chair by using speech recogniti0n. The system is designed to c0ntrol a wheel chair using the v0ice of pers0n. The 0bjective of this pr0ject is to facilitate the movement of people, who are disable or handicapped and elderly people who are not able to move well. The g0al of this system will all0w certain people t0 live a life with less dependence 0n others for their movement as a daily need. Speech rec0gnition techn0l0gy is a key techn0l0gy which will provide a new way of human interaction with machine or tools.

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 Keywords

Android Application ,Wheel chair, physically challenged, ultra sonic Sensor, voice command ,HC-05 Bluetooth module, DC motors ,Arduino UNO micro-controller.

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 Abstract

A simplified control algorithm for a three-phase, four-wire unified power quality conditioner (UPQC) is presented to compensate for supply voltage distortions/unbalance, supply current harmonics, the supply neutral current, the reactive power and the load unbalance as well as to maintain zero voltage regulation (ZVR) at the point of common coupling (PCC). The UPQC is realized by the integration of series and shunt active filters (AFs) sharing a common dc bus capacitor. The shunt AF is realized using a three-phase, four leg voltage source inverter (VSI) and the series AF is realized using a three-phase, three leg VSI. A dynamic model of the UPQC is developed in the MATLAB/SIMULINK environment and the simulation results demonstrating the power quality improvement in the system are presented for different supply and load conditions.

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 Keywords

Active Filter, Harmonics, Reactive Power, Unbalance, UPQC, Voltage Regulation

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Creative Commons Attribution 4.0 and The Open Definition