wireless wearable orthopedic device for posture …nscet.org/academics/ece.pdf · pavan kumar...

INTERNATIONAL CONFERENCE ON NEW SCIENTIFIC CREATIONS IN ENGINEERING amp

TECHNOLOGY (ICNSCET) 2019

ELECTRONICS AND COMMUNICATION ENGINEERING | ICNSCETrsquo19 1

WIRELESS WEARABLE ORTHOPEDIC DEVICE FOR POSTURE

MONITORING DURING FRACTURE HEALING PERIOD

BSDhanya1 SRamya2 VS Jagadhish3 1 2 UG Scholar Department of Biomedical Engineering

SNS College of Technology Coimbatore India 3Assistant Professor Department of Biomedical Engineering

SNS College of Technology Coimbatore India

E Mail ramyasekar687gmailcom

Abstractminus

The observance of any human physiological parameters throughout rehabilitation

exercises needs noninvasive sensors for the patient This paper describes a wireless wearable

Criss-cross flex array sensors for posture monitoring during rehabilitation or reinforcement

exercises The subject posture is measured through a sensorized Criss-cross flex array sensors

using an inductive sensor sewn directly on the fabric The wireless wearable Criss-cross flex

array sensors design specifications are the following independence from the remote unit easy

to use lightweight and comfort of wearing This paper reports the abstract framework the

invented device description and also the adopted experimental setup

Keywordsminus Parameters Rehabilitation Noninvasive sensors Wearable criss-cross sensors




A PROACTIVE SYSTEM TO PREVENT PRESSURE ULCERS

ACQUIRED VIA PROLONGED HOSPITALIZATION WIRELESS

ALDharini1 MHarshavarthini2 12 UG Scholar Department of Biomedical Engineering


E Mail dharinicbe98gmailcom

Abstractminus

Pressure ulcers are a serious problem affecting over a million patients every year

These ulcers often occur when patients have limited mobility and cannot change positions in

bed on their own Eventhough there are accepted guidelines for attending and repositioning

high-risk patients the rate of pressure ulcers continues to rise This paper presents a wearable

wireless vital sign monitor capable of continuously measuring the duration and orientation of a

patientrsquos posture throughout Patient posture is determined using a tri-axial accelerometer

attached to a patientrsquos torso A set of algorithms are used to process the accelerometer signals

to adaptively identify accelerometer alignment on the patient and classify patient orientation

and enables alerts to be sent to the caregiver when a patient turn is due in accordance with the

protocol adopted by the hospital A novel method to address the need for improved pressure

ulcer prevention is presented The patientrsquos position is continuously monitored and the turning

procedure carried out is logged and updated on the hospitalrsquos cloud system thereby enabling

centralized monitoring Under a controlled setting system was able to continuously monitor

patientrsquos position and can accurately detect standard patient positions

Keywordsminus pressure ulcers repositioning wearable tri axial accelerometer cloud system




WILDLIFE COLLISION AVOIDER

SSneha Prabha1 SKaran Kumar2 AVishnu3 1 UG Scholar Department of Biomedical Engineering

SNS College of Technology Coimbatore India 2 UG Scholar Department of Mechatronics

SNS College of Technology Coimbatore India 3Assistant Professor Department of Mechatronics


E Mail snehasoundravelgmailcom

Abstractminus

One of the main problems facing all developed countries is death and injuries from

road accidents When an animal accident occurs on the road the main problem is a traffic

accident This article provides a simple and inexpensive way to automatically detect animals on

motorways to prevent collisions with vehicles using computer vision technology There is also

a method for determining the distance between the vehicle mounted on the vehicle and the

actual device Using the proposed system more than 2200 positive and negative images were

recorded and tested at different vehicle speeds After a 2 second rule the proposed method can

warn the driver when the vehicle speed is 35 km h and the animal is recognized correctly The

overall accuracy of the proposed method is almost 825

Keywordsminus wildlife accident vehicle speed detection images




REACTIVE POWER IMPROVEMENT USING ADAPTIVE

CURRENT CONTROLLER METHOD

KSenrayan1 DrPSivaraman2

1 Research Scholar Department of Electrical and Electronics Engineering Bannari Amman Institute of Technology Erode India

2Assistant Professor Department of Biomedical Engineering Bannari Amman Institute of Technology Erode India

E Mail ksenrayangmailcom

Abstractminus

Most of the pollution issues created in power systems are due to the non-linear

characteristics and fast switching of power electronic equipment Power quality issues are

becoming stronger because sensitive equipment will be more sensitive for market competition

reasons equipment will continue polluting the system more and more due to cost increase

caused by the built-in compensation and sometimes for the lack of enforced regulations

Efficiency and cost are considered today almost at the same level In this paper the three-phase

grid connected inverter has been investigated The inverterrsquos control strategy is based on the

adaptive hysteresis current controller Inverter connects the DG (distributed generation) source

to the grid The main advantages of this method are constant switching frequency better

current control easy filter design and less THD (total harmonic distortion) Since a constant

and ripple free dc bus voltage is not ensured at the output of alternate energy sources the main

aim of the proposed algorithm is to make the output of the inverter immune to the fluctuations

in the dc input voltage This inverter can be used to connect the medium and small-scale wind

turbines and solar cells to the grid and compensate local load reactive power Reactive power

compensating improves SUF (system usage factor) The simulation results confirm that

switching frequency is constant and THD of injected current is low

Keywordsminus Adaptive hysteresis current controller distributed generation system grid connected inverter system usage factor total harmonic distortion




ARDUINO BASED SMART IRRIGATION SYSTEM USING GSM

VChandan Kumar1 VAvinash Reddy2 SRamkishore3 1 2 3 UG Scholar Department of Electronics and Communication Engineering

Kalasalingam Academy of Research and Education Krishnankovil India

E Mail vchandankumar2gmail

Abstractminus

Irrigation is a scientific process of supplying water to the soil that is to be cultivated

Generally in dry regions having little rainfall water had to be supplied to the fields either

through canals or hand pumps tube wells Conventional irrigation methods have problems such

as increase in workload of farm labor and it cause a problems such as over-irrigation or under-

irrigation and leaching of soil India is the country of agriculture Agricultural sector is very

important as far as Indian villagerrsquos point of view Productivity of agriculture fieldrsquos do not

depend on excess of water sprinkled to the field but depends on better matching of water

supply with crop and uniform environmental conditions that are suitable for farming To

measure the crop water demand it is essential to estimate the soil humidity Under irrigation or

over-irrigation system leads to excessive or less water supply which may cause worse results

such as yield reduction

Keywordsminus Irrigation agriculture productivity




VEHICLE ACCIDENT DETECTION WITH GSM MODULE

Pavan Kumar Galam1 SMurugesan2 Somasekhar Reddy3 PMurugan4 1 2 UG Scholar Department of Electronics and Communication Engineering


3Assistant Professor Department of Electronics and Engineering Kalasalingam Academy of Research and Education

Krishnankovil India

E Mail pavan99424gmailcom

Abstractminus

This paper presents a modified design of Vehicle Accident Detection with GSM

Module In highly populated Countries everyday people lose their lives because of accidents

and poor emergency facilities We Can save the lives when the correct time of ambulance is

provided This project implies a system which is a solution to this drawback when a vehicle

meets with an accident immediately a Vibration sensor will detect the signal and sends it to the

Arduino microcontroller Microcontroller will send an alert message through the GSM modem

by that we can confirm that accident is happen to our relatives or a person The proposed

systems have been simulated and practically design by the use of hardware components and the

results are satisfied with the expectation

Keywordsminus Vehicle Accident Arduino Uno GSM




SMART SWITCH FOR FARMING

VSailesh1 SBhanutejaswi2 MPoornasree3 KJeyaprakash4 123 UG Scholar Department of Electronics and Communication Engineering


4Assistant Professor Department of Electronics and Communication Engineering Kalasalingam Academy of Research and Education

Krishnankovil India

E Mail saileshv1108gmailcom

Abstractminus

Bluetooth technology has brought revolution to each and every field of common manrsquos

life by making everything smart and intelligent BLUETOOTH refers to a network of things

which make a self-configuring network The development of Intelligent Smart Farming

Bluetooth based devices is day by day turning the face of agriculture production by not only

enhancing it but also making it cost-effective and reducing wastage The aim objective of this

paper is to propose a Novel Smart BLUETOOTH based Agriculture Stick assisting farmers in

getting Live Data (Temperature Soil Moisture) for efficient environment monitoring which

will enable them to do smart farming and increase their overall yield and quality of products

The Agriculture stick being proposed via this paper is integrated with Arduino Technology

Breadboard mixed with various sensors and live data feed can be obtained online from Things

speak com The product being proposed is tested on Live Agriculture Fields giving high

accuracy over 98 in data feeds

Keywordsminus self-configuring network agriculture broadband




AUTOMATIC SHUTTLE MOVEMENT DETECTION USING

TEXTILE INDUSTRY

KSathish1 12 UG Scholar Department of Electronics and Communication Engineering


E Mail smartsathish898gmailcom

Abstractminus

The investment in an automated yarn defect detection system is more than economical

when reduction in labor cost and associated benefits are considered The inspection of real yarn

defects is particularly challenging due to the large number of yarn defect classes which are

characterized by their vagueness and ambiguity Categorization of fabric defect detection

techniques is useful in evaluating the qualities of identified features In this project a novel

defect detection scheme based on yarn moving detection is proposed to tackle the problem of

automated defect detection for woven fabrics n the proposed scheme important texture

features of the textile yarn detection are extracted using a pre-trained yarn network The test

results obtained exhibit accurate defect detection with low false alarms thus showing the

effectiveness and robustness of the proposed detection scheme In addition the proposed

detection scheme is further evaluated in real time by using a prototyped automated inspection

system

Keywordsminus yarn defect-detection




ENSURING ROAD SAFETY AND BETTER ENVIRONMENT BY

DESIGN AND IMPLEMENTATION OF AN EMBEDDED SYSTEM

PMurugan1 JJeya Surya2 GRagadharshini3 1Associate Professor Department of Electronics and Communication Engineering


2 3 UG Scholar Department of Electronics and Communication Engineering Kalasalingam Academy of Research and Education

Krishnankovil India

E Mail jeyasuryajaisankar11gmailcom

Abstractminus

The project work focuses on prevention of damage of roads and prevents vehicle

damage Now-a-days roads play a very important role in every part of world The problem of

overload in the vehicle transport has emerged Therefore how simply and conveniently to

know the vehicle load and how to effectively limit overload has become a key issue The value

lies in providing safe and convenient travel for the users As the device is working in the

loading process it can ensure to prevent vehicle overloading in the process of driving the

drivers donrsquot have to worry about being fined due to overload syndrome ensure the personal

safety of driving At the same time the system is designed to save the national highway

maintenance fees and to ensure peoplersquos lives and property The main aim of the project is to

identify the effectiveness of using overload system in enhancing the operations in enforcing

vehicle weight limit regulations

Keywordsminus arduino board zigbee GSM




SMART CROP PROTECTION SYSTEM Hari Obul Sunki Reddy1

1 UG Scholar Department of Electronics and Communication Engineering Kalasalingam Academy of Research and Education

Krishnankovil India

E Mail sunkireddyhgmailcom

Abstractminus

Crops in farms are many times sweep away by local animals like buffaloes cows

goats birds etc This leads to huge losses for the farmers It is not possible for farmers to road

block entire field or stop over on field 24 hours and guard it So here we come up with

automatic crop protection system from animals This is a microcontroller stationed system

using PIC microcontroller This system uses a motion sensor to detect wild animals moving

closer near the field In such a case the PIR sensor sense it and sends a signal to the

microcontroller to act The microcontroller will activate the buzzer which sounds an alarm to

woo the animals away from the field as well as sends SMS to the farmer so that he may know

about the situation and come to the field in case the animals donrsquot turn away by the alarm This

ensures complete safety of crops from animals thus protecting the farmerrsquos loss

Keywordsminusautomatic crop-protection motion sensor




DIGITAL MEDI KIT

VMadhubala1 AKuratpannan2 1 2 UG Scholar Department of Electronics and Communication Engineering

PSNA College of Engineering and Technology Dindigul India

E Mailpannankuratgmailcom

Abstractminus

The digital medi kit aims to provide preliminary support for people facing the most

common types Our aim is to combine atmost necessary medical checkup in a single system

The four process are checking heart rate and oxygen content in blood blood pressurepulse

rate insulin level and body temperature This system will be integrated to ArduinoMAX30100

is used to detect heart beat and oxygen content in blood of a person It measures the change in

volume of blood through an organ of body which causes a change in light intensity The

MAX30100 is an integrated pulse oximetry and heart-rate monitor sensor It combines two

LEDs a photodetector optimized optics and low-noise analog signal processing to detect pulse

oximetry and heart-rate signals The MAX30100 is a complete pulse oximetry and heart-rate

sensor system solution The flow of blood volume is decided by the rate of heart pulses and

since light is absorbed by blood then signal pulses are equivalent to heart beat pulses and the

output is given to the LCD display The insulin level of a person is detected by Continuous

Glucose Monitoring (CGM)sensorCGM sensor provies real time glucose readings allowing

people with diabetes to know their glucose levelsThe sensor is inserted under the skin with an

applicator the transmitter is small light weight piece that fits onto the sensor The transmitter

wirelessly senses the glucose data from sensor to monitor The receiver is a slim portable that

is fitted to the arduino and displays the glucose information sent from transmitter It is inserted

on your belly or arm It measures your interstitial glucose level which is glucose found in fluid

between the cells The sensor tests glucose every few minutes A transmitter wirelessly sends

the information to the LCD display To check the blood pressure of a person the vernier blood

pressure sensor is used to measure systemic arterial blood pressure To detect the body

temperature of a personMAX30205 is used The temperature sensor accurately measures

temperature This device converts the temperature measurements to digital form using a high-

resolution

Keywordsminus digital medi kit real-time glucose




DESIGN OF STATE FEEDBACK CONTROLLER FOR A FOUR

TANK PROCESS AND MONITORING USING IOT

MAtchaya1 KIshwarya2PRajeswari3 MRajalakshmi4 DrMSudalaimani5 1 2 3 4 UG Scholar Department of Electronics and Instrumentation Engineering

Kamaraj College of Engineering and Technology Virudhunagar India

5Assistant Professor Department of Electronics and Instrumentation Engineering Kamaraj College of Engineering and Technology

Virudhunagar India

E Mail ishwaryak96gmailcom

Abstractminus

Many Industrial Processes of manufacturing refining etc are non-linear time variant

sensitive to disturbances extremely complex and highly challenging to control The Four tank

system acts as the benchmark for the industrial processesThe dynamics of processes offers

great difficulty in controller design To control the process it is important to study the dynamic

behavior of the system which is helpful in the controller design The advanced control

techniques are generally imperative tasks due to the increasing complexity of the processes

Consequently the process industries need more reliable robust accurate and efficient control

systems for the operation of the industrial process The Proportional Integral Derivative (PID)

control scheme has been widely used in many of the industrial processes and dynamic

processes for controlling the industrial parameters Tuning of parameters of a PID controller is

essential for the satisfactory operation for process control Further the conventional tuning

methods are suited only for the open loop linear stable and single-input single-output systems

Hence the simplex controller suited for the four-tank system which is nonlinear has to be

designed In this paper observer based feedback controller is designed and implemented to

increase the accuracy and stability of the four tank systemThe aim is to determine the effective

controller algorithm for this four tank process so that the stability can be improved and to

control and monitor the same using IOT

Keywordsminus Four Tank System (4TS)mathematical modeling state feedback observer




MICROFLUIDIC APPROACH FOR CANCER CELL DETECTION

BSVindhuja1 JSuryamathi2 PArunkumar3 1 2 UG Scholar Department of Biomedical Engineering



E Mailveenavindhuja123gmailcom

Abstractminus

Cancer has a major impact on society The number of cancer death is 1635 per 1 lakh

men and women per year Current diagnostic techniques for tumour metastasis include imaging

studies and serum marker assays however these results shows high rate of false negatives

because it lacks specificity The small sample volumes fast processing times multiplexing

capabilities and large surface-to-volume ratios inherent in microfluidic systems offer new

opportunities for cytology and cytopathology particularly for in vitro cell sorting and detection

Leveraging these advantages various microfluidic platforms have been developed for capturing

rare cells including circulating tumor cells (CTCs) circulating fetal cells and stem cells Here

we are reviewing the dielectroporesis method to separate the cancer cells from normal cells by

applying dc inhomogeneous dc electrical field to the particle in a microfluidic device

Keywordsminus cancer detection microfluids fabrication dielectroporesis sorting




AUTOMATION OF BELT CURING PROCESS USING

PLC

PrithiviRaj1 Syed karishma2 Kalyanasundaram3 1 2 3 UG Scholar Department of Electronics and Instrumentation Engineering


E Mail prithivikcetgmailcom

Abstractminus

This paper mainly focuses on the technical improvement of curing system in the v-belt

manufacturing industry of Veegrip Pvt Ltd Based on the analysis of many experimental data

and under the consideration of economic benefit a series of theoretical indicators are concluded

and its favourable for realizing perfect production The main aim of this project is to automate

the process of V-belt autoclave curing Through the automation we can reduce man power and

improve the accuracy and perfectnessPLC applications are extensively used in manufacturing

industries to control the process so In this project we use VERSAMAX PLC for control

solenoids autoclaversquos cap and to maintain the temperature pressure in the autoclave

Keywordsminus AutomationProgrammable Logic Controllercuring




AUTOMATIC IMMACULATION OF MILK SILO

GRPraveen1 ASamuvel2 BKaran Pandian3 JUma Maheshwari4 1 2 3 UG Scholar Department of Electronics and Instrumentation Engineering


4Assistant Professor Department of Electronics and Instrumentation Engineering Kamaraj College of Engineering and Technology Virudhunagar India

E Mail praveenofficial1109gmailcom

Abstractminus

Cleaning-in-Place (CIP) is a crucial part to be automated in batch process industries In

many Process industries after completion of a batch the equipment cleaning is done by using

CIP process There are many methods used for cleaning the industrial equipments like tanks in

food and pharmaceutical industries such as 3-step 5-step and 7-step CIP In any industry once

the batch product is manufactured the equipments used for manufacturing should be cleaned to

have hygienic products The tanks pipes are cleaned with different chemical solutions such as

caustic acids enzymes etc To have an economical production sometimes the solutions are

recovered and reused This paper is primarily addicted with a scene to provide combination of

the concepts and application of automation of CIP in the process industries like food dairy

beverage and pharmaceutical verticals Proposed work for dairy industries contains CIP defined

for cleaning and sterilizing of tanks valves and pipes with the help of acid lye and consequent

sterilization with high energy efficiency

Keywordsminus Automation CIP Arduino Dairy




SMART HELMET

RVengat Rahul1 SVishnu Priya2 KSriramSiva3 PManikandan4

DrPSivakumar5 1 2 3 UG Scholar Department of Electronics and Communication Engineering Kalasalingam Academy of Research and Education Krishnankovil India

4Assistant Professor Department of Electronics and Communication Engineering


5 Professor Department of Electronics and Communication Engineering Kalasalingam Academy of Research and Education Krishnankovil India

E Mailvengatrahulgmailcom

Abstractminus

The thought of developing this project came from social responsibility towards the

society As we can see many accidents occurring around us due to high speed mobile usage in

driving wrong traffic ruleswhile adjusting helmet Usually people die due to lack of treatment

in proper time The reasons for this may be many such as late arrival of ambulance no person

at place of accident to give information to the ambulance So this paper came up with idea of

giving the information about accident as soon as possible and in time Thus the death rate due

to bike accident can be minimized Here the vibration sensors in the helmet which are

connected to Arduino board that delivers a input when the rider crashes Based upon the sensor

valuethe Arduino extract GPS(Global Positioning System) data and then GSM(Global System

for Mobile communication) module automatically sends message to ambulance police and

family members with GPS location Then the accidents caused due to over fall of light at night

time can also be avoided here by helmet equipped with the feature automatic change of night

mode visor Also the android mobile communication can be done via Bluetooth module in the

helmet

Keywordsminus Vibration sensor GSM GPS




DESIGN AND SIMULATION OF VIBRATION BASED

PIEZOELECTRIC ENERGY HARVESTER

STriphena1 Syed karishma2 RMsoundarya3 MKrishnasamy4 1 2 3 UG Scholar Department of Electronics and Communication Engineering Kalasalingam Academy of Research and Education Krishnankovil India



E Mailtriphena04gmailcom

Abstractminus

Energy harvesting leads to enhancement demands for wireless sensor which is

developed for low power electronic devices Practical implementation of conventional linear

piezoelectric energy harvesters is not an effective solution because they suffer from narrow

operational bandwith due to their single resonant peak response in frequency spectrumThis

paper proposes a novel multimodal (four pronged spear)shaped (three degrees of

freedom)piezoelectric energy harvester to harness electrical energy from widebandlow

frequencyA single patch of piezoelectric material is used for power generation from multiple

modes of structureThis research mainly focus on vibration based piezoelectric energy

harvesting for low frequency(16-20Hz)Energy harvesting from natural low vibrations which

works as a self power system

KeywordsminusMultimodal harvest piezoelectric




RECOVERING MULTIPLE CELL UPSETS USING

LOW POWER ERROR CORRECTION CODES IN

MEMORY APPLICATION

ASaran1 SKrishnakumar2 1 UG Scholar Department of Electronics and Communication Engineering

Theni Kammavar Sangam College of Technology Theni India

2Assistant Professor Department of Electronics and Communication Engineering Theni Kammavar Sangam College of Technology Theni India

E Mailsarvan1240gmailcom

Abstractminus

Currently faults suffered by SRAM memory systems have increased due to the

aggressive CMOS integration density Thus the probability of occurrence of single-cell upsets

(SCUs) or multiple-cell upsets (MCUs) augments One of the main causes of MCUs in space

applications is cosmic radiation A common solution is the use of error correction codes

(ECCs) Nevertheless when using ECCs in space applications they must achieve a good

balance between error coverage and redundancy and their encodingdecoding circuits must be

efficient in terms of area power and delay Different codes have been proposed to tolerate

MCUs For instance Matrix codes use Hamming codes and parity checks in a bi-dimensional

layout to correct and detect some patterns of MCUs Recently presented columnndashlinendashcode

(CLC) has been designed to tolerate MCUs in space applications CLC is a modified Matrix

code based on extended Hamming codes and parity checks Nevertheless a common property

of these codes is the high redundancy introduced In this paper we present a series of new low

redundant ECCs able to correct MCUs with reduced area power and delay overheads Also

these new codes maintain or even improve memory error coverage with respect to Matrix and

CLC codes

Keywordsminus Error Correction codes fault-tolerance multiple-cell upsets reliability




THE BLUEBUG - IOT AND WIRELESS

PROGRAMMING SHIELD

BMahesh1 PPriyavarsha2 UKavitha3

1Assistant Professor Department of Electronics and Communication Engineering Solamalai College of Engineering Madurai India

1 2 UG Scholar Department of Electronics and Communication Engineering

Solamalai College of Engineering Madurai India

E Mail bmaheshmegmailcom

Abstractminus

BluBug wireless programming ampIoT device is the Multiple arduino shields integrated

into one that means Fancy a motor shield Bluetooth shield Wi-Fi shield sensor shield and a

wireless programming shield consolidated into one single board Buying a shield like motor

shield Bluetooth shield Wi-Fi shield sensor shield and a wireless programming shield for

every other purpose can have many drawbacks ndash the irritation of connecting and disconnecting

the shields soldering berg sticks on the shields the time and effort that goes into doing these

things and not to mention how heavy all this can be on our pockets BluBug solves all these

problems A time energy and money saving device for all your IoT projects Now monitor

sensor data and control motors from a remote location over the internet No more hassle of

plugging the Arduino to your PC - upload a code from the Arduino IDE wirelessly over

Bluetooth BluBug comes with an Android app for controlling robots via a virtual joystick

switching relays to make your home automation dream a reality observing live sensor behavior

from a distant place and a lot more cool stuff It also features a Bluetooth Terminal like

Arduinorsquos Serial Monitor

Keywordsminus Blue Tooth Motor Driver IoT Wi-Fi




LEUKOCYTE SEGMENTATION AND COUNTING

BASED ON HSV SATURATION COMPONENT

USING BLOB ANALYSIS

KRajesh1 PRevathi2 TSathiya3 PShalmiya4

1Assistant Professor Department of Electronics and Communication Engineering SSM Institute of Engineering and Technology Dindigul India

1 2 3 UG Scholar Department of Electronics and Communication Engineering

SSM Institute of Engineering and Technology Dindigul India

E Mail krajesh1980gmgmailcom

Abstractminus

Human blood is made up of three major cell types Red Blood Cells (RBC) White

Blood Cells (WBC) and platelets In our body each of them has its own functions RBC helps

with oxygen supply WBC fights infections and platelet helps blood clotting White blood cells

(WBCs) conjointly referred to as leukocytes or leucocytes area unit the cells of

the system that defend the body from communicable disease likewise as foreign invadersAll

white blood cells in the bone marrow are produced and derived from multipotent cells known

as hematopoietic stem cells Leukocytes are found throughout the body including the blood

and lymph system

Keywordsminus Otsu thresholding GLCM Acute Lymphoblastic Leukemia




ADVANCED MILITARY SPYING AND BOMB

DISPOSAL ROBOT

RKavitha1 MGayathri2 MKaviyapriya3 MDhivya Dharshini4 SMeena5

1 2 3 4 UG Scholar Department of Electronics and Communication Engineering

Nadar Saraswathi College of Engineering and technology Theni India

5Assistant Professor Department of Electronics and Communication Engineering Nadar Saraswathi College of Engineering and technology Theni India

E Mail kaviraviraji05gmailcom

Abstractminus

The Technical Improvement Together With The Need For High Performance Robots Created

Faster More Accurate And More Intelligent Robots Using New Robots Control Devices New Drives

And Advanced Control Algorithms The Presented Robot Control System Can Be Used For Different

Sophisticated Robot Applications This Spy And Bomb Detecting Robot Was Fully Controlled By The

Remote And The Commands From The Remote Via RF Transmitter Were Received By The Arduino So

This Spy And Bomb Detecting Robot Can Be Used In Military Applications Most Of The Military

Organization Now Takes The Help Of Robots To Carry Out Many Risky Jobs That Cannot Be Done By

The Soldier These Spy Robots Used In Military Are Usually Employed With The Integrated System

Including Gripper And Cameras Video Screens Sensors The Military Robots Also Have Different

Shapes According To The Purposes Of Each Robot Thus The Proposed System An Intelligent Robot

Using RF Module Saves Human Lives And Reduces Manual Error In Defense Side This Is Specially

Designed Spy And Bomb Detecting Robot System To Save Human Life And Protect The Country From

Enemies One Of The Most Important Things About These Robots Is That They Have The Capability To

Perform Missions Remotely In The Field Without Any Actual Danger To Human man

Keywordsminus RBC WBC WBS




AUTOMATIC ENGINE LOCKER FOR DRUNKEN

DRIVERS

RVimali1 KSubiksha2 KNithyatharshini3 PHarinivashini4 KSangeetha5 1 2 3 4 UG Scholar Department of Electronics and Communication Engineering




E Mail vimaliravi2707gmailcom

Abstractminus

Every day 60-80 of road accidents occur across the country The statistics show that

there are more than 10 motor vehicles related deaths per day many which are preventable

Road accidents due to motor vehicles occur for a variety of reasons The major reason for road

accident is discussed Drunken driving is the major cause for the road accidents Drivers drive

the vehicle under the influence of alcohol and causes damage to property and life We proposed

a system which would constantly monitor the drivers It detects the presence of alcohol If this

system detects the presence of alcohol it controls the engine This system can be installed in all

kind of vehicles and also ensures the safety of drivers as well as passengers

Keywordsminus Comparators motor drive relay buzzer motor MQ3 alcohol sensor

Automation CIP




ZIGBEE BASED DEFENCE ROBOT

KHemalatha1 BLavanya2 SShakila Banu3 AAnushiya4 SMeena5 1 2 3 4 UG Scholar Department of Electronics and Communication Engineering




E Mail hemalathakaruppasamy08gmailcom

Abstractminus

The Objective of this project is to design and implement intelligent mobile robot using

embedded microcontroller The robot is controlled from the pc in zigbeecommunication using

applicaton software Forwardrightmoveleft move and backward direction commands from the

application software will drive the robot in any desired direction also will run with the

application software microcontroller gets command from pc and transmit the information to

the robot Receiver microcontroller receives the data and performs the necessary movement of

the robot using DC motorssmoke Sensor is used to detect any fireBomb threat and indicating

to control roomwireless camera will be connected with receiver side microcontroller this

camera will monitor all the process simultaneously we can monitor those things in TV through

wireless tunerFurther the human precence can also be monitored using PIR sensorApplication

software is developed using high level programming language

Keywordsminus Defense robot robot navigation remote sensing and monitoring




AUTOMATIC SPEED CONTROL AND

ACCIDENCE AVOIDANCE SYSTEM MAnitha1 IMalarvizhi2 MNivetha3 RShanmugapriya4 KBharathikannan5





E Mail sivaanithaecegmailcom

Abstractminus

The Objective of this project is to develop a system to keep the Vehicle

secure and protect it by the occupation of the intruders The main aim of the project is to

develop a system which automatically control the speed of vehicle and accidence avoidance

Vehicle is controlled automatically without any manual operation when any other obstacle at

particular distance away from the front vehicle Many accidents at High-ways are taking place

due to the close running of vehicles all of sudden if the in front vehicle driver reduces the

speed or applied breaks during the night is quite difficult to the following vehicle driver to

control his vehicle resulting accident This is mainly useful for the Drunken Drivers To avoid

this kind of accident we use the automatic speed control technique

Keywordsminus speed control automatic




WOMEN SAFETY DEVICE

MSmitha1 PPethana Dharshini2 APriyadharsini3 MSri Poorna Devi4

MArivalagan5 1 2 3 4 UG Scholar Department of Electronics and Communication Engineering

Nadar Saraswathi College of Engineering and technology Theni India 5Assistant Professor Department of Electronics and Communication Engineering


E Mail msmitha1999gmailcom

Abstractminus

Safety is a very important issue due to rising crimes against women these days To help

resolve this issue we propose a gps based womens safety system that has dual security feature

This device consists of a system that ensures dual alerts in case a woman is harassed or she

thinks she is in trouble This system can be turned on by a woman in case she even thinks she

would be in trouble It is useful because once an incident occurs with a woman she may or may

not get the chance to press the emergency bu1048706on In a bu1048706on press aler_ng system in case a

woman is hit on the head from behind she may never get the chance to press panic bu1048706on and

no one will know she is in trouble Our system solves this problem This device is to be turned

on in advance by a woman in case she is walking on a lonely road or some dark alley or any

remote area Only the woman authen_cated to the devices can start the system by fingerprint

scan Once started the devices requires the woman to constantly scan her finger on the system

every 1 minute else the system now sends her loca_on to the authorized personnel number

through SMS message as a security measure and also sounds a buzzer con_nuously so that

nearby people may realize the situa_on In this case even if someone hits the woman or the

woman falls down and get unconscious she does not need to do anything the system does not

get her finger scan in 1 minute and it automa_cally starts the dual security feature This device

will prove to be very useful in saving lives as well as preven_ng atroci_es against women The

device uses GPS sensor along with a gsm modemlcd displayleds and microcontroller based

circuit to achieve this system

Keywordsminus women safety device GPS




BLACK-BOX SYSTEM ACCIDENT ANALYSIS

USING RASPBERRY PI

PDharani Shri1 VJothimeena2 SMariyam Zuhaa3 SSujitha4 SArul Oli5 1 2 3 4 UG Scholar Department of Electronics and Communication Engineering




E Mail shrisivam3gmailcom

Abstractminus

Accident ration is increasing through every year so that analysis about the accident is

very essential normally in Flights the black box will be present to analyze every parameter of

flight if there any accident occurs then they will first search for black box which will have

every parameter log about the flight which gets crashed It is implemented in Raspberry Pi at

low cost Which also sent to the transport department through MQTT protocol Which is

transmitted as quick speed when compared to HTTP protocol since MQTT protocol is

lightweight protocolThis Raspberry Pi system which monitors the car speed alcohol detection

and also transmit those data logs through MQTT protocol so that if there any accident happens

it is identified by studying the catalogs which we obtained from the MQTT protocol which the

MQTT is lightweight protocol consist three layers Publisher Broker and Subscriber Even if

the Subscriber is connecte3d in the centralized node called Broker data get stored in that node

and it sent to the subscriber when the subscriber comes into the network Main advantage of

MQTT is that is lightweight protocol even in low internet speed it can send the data

Keywordsminus MQTT HTTP




TECHNO TOLLBOOTH USING RFID TAG amp GSM

TECHNOLOGY

PPavithra1 PPriyadharshini2 SDhivya3 GSafrena4 KSangeetha5 1 2 3 4 UG Scholar Department of Electronics and Communication Engineering




E Mail priyadarshinipalanichamygmailcom

Abstractminus

ATCS usually known as ldquoAutomated Toll Collection Systemrdquo is a new technology for

collecting toll in a faster and more efficient way It is a great alternative to long waiting at

manual toll plazas In order to overcome the wastage of time and fuel at same time we have

come up with a concept of RFID based automated toll collection system using Arduino RFID

stands for Radio Frequency Identification these cards are unique identities provided to every

vehicle by Registration Office at each city Whenever a vehicle with such Unique ID reaches

the toll plaza the RFID card reader attached on the toll plaza gate reads the card and transfers

the unique ID to Arduino ATmega 328 Accordingly the processor works and deducts a fixed

money from the prepaid card If the cardrsquos ID is valid and has sufficient balance the processor

will command the DC motor to start and open the gate letting the vehicle to pass On passing

from the gate the screen will show the deducted and current balance of the card If the card is

not valid or low in balance it will prompt to move the vehicle to manual toll collection lane

Furthermore a message will be sent to the ownerrsquos registered mobile number with the same

details along with the location of the toll booth

Keywordsminus ATCS RFID ATMega328 SIM900




SELF ADAPTIVE ENERGY EFFICIENT DATA COLLECTION IN

WIRELESS SENSOR NETWORKS AAntonio Reshme1 ANarendra Kumar2

PG Student1 Professor2

antonioreshmeecegmailcom1 nandhumegmailcom2

Department of Electronics and Communication Engineering

VV College of Engineering

Abstract

Wireless Sensor Networks (WSNs) are normally self-sorted out remote adhoc systems created

by large number of low cost small scale sensor nodes These nodes are little in size and are

worked by battery sources which cant be effectively replaced or recharged Because of energy

requirement the node must total a predefined task with minimum energy dissipation and

prolong the systems lifetime In WSN during the data transmission stage sleepwake-up

scheduling is additionally one of the key issues The purpose for sleepwake-up scheduling is to

save the energy of every node by keeping nodes in rest mode to the extent that this would be

possible and subsequently expanding their lifetime In this paper a Self Adaptive-SleepWake-

up Scheduling (SA-SWS) protocol utilizing Cooperative Media Access Control (CMAC)

allocates the timeslots to forward information from the source to sink The nodes which are

having the most noteworthy residual energy are chosen as the forwarding nodes In this

methodology the reinforcement learning technique was utilized to empower every node to

independently choose its very own operation mode in a decentralized way Simulation results

exhibit the great performance compared with the other methodology for previously mentioned

problem

Index Terms Wireless Sensor Networks (WSN) Self Adaptive SleepWake-up

Scheduling (SA-SWS) Cooperative Media Access Control (CMAC)




IMPROVED CYCLOSTATIONARY DETECTION BASED

SPECTRUM SENSING TECHNIQUE IN COGNITIVE RADIO

NETWORKS S Anusha Priya1 J Julie Antony Roselin2

PG Student1Assistant Professor2



Abstract

Cognitive Radio (CR) is an intelligent device which is aware of the environment and its

changes and can automatically detect available channels in a wireless spectrum CR has been

used to limit natural resourses efficiently without any interference to Primary Users (PUs) and

can coexist with licensed user Reliable detection of Primary Users in the presence of noise is a

crucial problem in Cognitive Radio Networks (CRN) To address the above issue spectrum

sensing based on Cyclostationary Feature Detection (CFD) is proposed which can robustly

detect hidden primary signals even in low Signal to Noise Ratio (SNR) Here CFD method is

used to investigate the problem of detecting vacant spectral bands Probability of detection is

more precise in CFD which accurately detects the presence of an active primary user by

computing the Spectral Correlation Function (SCF) which applies only to the cyclostationary

processes whereas stationary processes do not exhibit spectral correlation density In this

regards the parameters such as the Probability of detection Probability of false alarm and the

Signal to Noise ratio (SNR) are used to find the vacant frequency bands Thus this method is

more reliable than traditional energy detection scheme as CFD can perfectly distinguish

primary user signal from noise and can perform efficiently even in low SNR region and also in

fading environments

Index Terms Cognitive Radio (CR) Cyclostationary Feature Detection (CFD) Spectrum

Sensing Cyclic Autocorrelation Function (CAF) Spectral Correlation Function (SCF)




A PROACTIVE SYSTEM TO PREVENT PRESSURE ULCERS

ACQUIRED VIA PROLONGED HOSPITALIZATION WIRELESS

ALDharini1 MHarshavarthini2 12 UG Scholar Department of Biomedical Engineering


E Mail dharinicbe98gmailcom

Abstractminus

Pressure ulcers are a serious problem affecting over a million patients every year

These ulcers often occur when patients have limited mobility and cannot change positions in

bed on their own Eventhough there are accepted guidelines for attending and repositioning

high-risk patients the rate of pressure ulcers continues to rise This paper presents a wearable

wireless vital sign monitor capable of continuously measuring the duration and orientation of a

patientrsquos posture throughout Patient posture is determined using a tri-axial accelerometer

attached to a patientrsquos torso A set of algorithms are used to process the accelerometer signals

to adaptively identify accelerometer alignment on the patient and classify patient orientation

and enables alerts to be sent to the caregiver when a patient turn is due in accordance with the

protocol adopted by the hospital A novel method to address the need for improved pressure

ulcer prevention is presented The patientrsquos position is continuously monitored and the turning

procedure carried out is logged and updated on the hospitalrsquos cloud system thereby enabling

centralized monitoring Under a controlled setting system was able to continuously monitor

patientrsquos position and can accurately detect standard patient positions

Keywordsminus pressure ulcers repositioning wearable tri axial accelerometer cloud system










Abstractminus




















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Krishnankovil India


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Krishnankovil India


Abstractminus


















TEXTILE INDUSTRY




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system










Krishnankovil India


Abstractminus


















Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




Abstractminus
























resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




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SMART HELMET







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helmet











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MEMORY APPLICATION





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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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Automation CIP










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WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments












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Krishnankovil India


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Krishnankovil India


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TEXTILE INDUSTRY




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system










Krishnankovil India


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Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




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resolution










Virudhunagar India


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Abstractminus
















PLC




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SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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Automation CIP










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WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments












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Krishnankovil India


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Krishnankovil India


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TEXTILE INDUSTRY




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system










Krishnankovil India


Abstractminus


















Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




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resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




Abstractminus


















Abstractminus

















SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





Abstractminus















CLC codes






PROGRAMMING SHIELD






Abstractminus





















USING BLOB ANALYSIS






Abstractminus








and lymph system






DISPOSAL ROBOT






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DRIVERS






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Automation CIP










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Abstractminus














WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments










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Krishnankovil India


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TEXTILE INDUSTRY




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system










Krishnankovil India


Abstractminus


















Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




Abstractminus
























resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




Abstractminus


















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SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





Abstractminus















CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






DISPOSAL ROBOT






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments










Krishnankovil India


Abstractminus


















Krishnankovil India


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system










Krishnankovil India


Abstractminus


















Krishnankovil India


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DIGITAL MEDI KIT




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resolution










Virudhunagar India


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Abstractminus
















PLC




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SMART HELMET







Abstractminus














helmet











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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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Automation CIP










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USING RASPBERRY PI






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TECHNOLOGY






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Abstract















problem












Abstract
















fading environments










Krishnankovil India


Abstractminus


















TEXTILE INDUSTRY




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system










Krishnankovil India


Abstractminus


















Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




Abstractminus
























resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




Abstractminus


















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SMART HELMET







Abstractminus














helmet











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MEMORY APPLICATION





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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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USING RASPBERRY PI






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TECHNOLOGY






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Abstract















problem












Abstract
















fading environments







TEXTILE INDUSTRY




Abstractminus












system










Krishnankovil India


Abstractminus


















Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




Abstractminus
























resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




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SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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USING RASPBERRY PI






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TECHNOLOGY






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Abstract















problem












Abstract
















fading environments











Krishnankovil India


Abstractminus


















Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




Abstractminus
























resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




Abstractminus


















Abstractminus

















SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





Abstractminus















CLC codes






PROGRAMMING SHIELD






Abstractminus





















USING BLOB ANALYSIS






Abstractminus








and lymph system






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Automation CIP










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WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments








Krishnankovil India


Abstractminus















DIGITAL MEDI KIT




Abstractminus
























resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




Abstractminus


















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SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





Abstractminus















CLC codes






PROGRAMMING SHIELD






Abstractminus





















USING BLOB ANALYSIS






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and lymph system






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Automation CIP










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WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments






DIGITAL MEDI KIT




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resolution










Virudhunagar India


Abstractminus



























Abstractminus
















PLC




Abstractminus


















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SMART HELMET







Abstractminus














helmet











Abstractminus

















MEMORY APPLICATION





Abstractminus















CLC codes






PROGRAMMING SHIELD






Abstractminus





















USING BLOB ANALYSIS






Abstractminus








and lymph system






DISPOSAL ROBOT






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DRIVERS






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Automation CIP










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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments











Virudhunagar India


Abstractminus



























Abstractminus
















PLC




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SMART HELMET







Abstractminus














helmet











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MEMORY APPLICATION





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CLC codes






PROGRAMMING SHIELD






Abstractminus





















USING BLOB ANALYSIS






Abstractminus








and lymph system






DISPOSAL ROBOT






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DRIVERS






Abstractminus










Automation CIP










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WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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problem












Abstract
















fading environments











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PLC




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helmet











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MEMORY APPLICATION





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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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Automation CIP










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USING RASPBERRY PI






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problem












Abstract
















fading environments







PLC




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helmet











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CLC codes






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USING BLOB ANALYSIS






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and lymph system






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USING RASPBERRY PI






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fading environments











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SMART HELMET







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helmet











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USING BLOB ANALYSIS






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USING BLOB ANALYSIS






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USING BLOB ANALYSIS






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and lymph system






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Automation CIP










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USING RASPBERRY PI






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problem












Abstract
















fading environments








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CLC codes






PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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DRIVERS






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Automation CIP










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USING RASPBERRY PI






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TECHNOLOGY






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PROGRAMMING SHIELD






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USING BLOB ANALYSIS






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and lymph system






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DRIVERS






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Automation CIP










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USING BLOB ANALYSIS






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and lymph system






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USING RASPBERRY PI






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Abstract
















fading environments







DISPOSAL ROBOT






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USING RASPBERRY PI






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Abstract
















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DRIVERS






Abstractminus










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USING RASPBERRY PI






Abstractminus



















TECHNOLOGY






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Abstract
















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USING RASPBERRY PI






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Abstract
















fading environments






WOMEN SAFETY DEVICE






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USING RASPBERRY PI






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TECHNOLOGY






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Abstract
















fading environments







USING RASPBERRY PI






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TECHNOLOGY






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TECHNOLOGY






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fading environments



wireless wearable orthopedic device for posture …nscet.org/academics/ece.pdf · pavan kumar...

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