TECHNICAL MAGAZINE (ECE) 2018-2019

VELAGAPUDI RAMAKRISHNA SIDDHARTHA

ENGINEERING COLLEGE

ELECTRONICS AND COMMUNICATION

ENGINEERING

TECHNICAL MAGAZINE

(ECE)

2018-2019

Department of Electronics and Communication Engineering

Velegapudi Ramakrishna Siddhartha Engineering College

Vijayawada - 520007

About the College:

Velagapudi Ramakrishna Siddhartha Engineering College, established on 23rd October

1977, is the first private undergraduate level technical institute in the state of Andhra Pradesh.

The campus is situated in the suburbs of Kanuru, Vijayawada city which extends over 24

acres of serene surroundings with the vast expanse of greenery.

TIFAC CORE in Telematics was awarded to the college during the year 2009-10 by DST,

New Delhi, first of its kind in the state of Andhra Pradesh, to produce world class man power

in the area of Telematics and to be an innovative backyard to the industries. Accredited by

TCS in the year 2010, the college was certified under ISO 9001:2008. The college was one of

the few selected for TEQIP II grant by MHRD, Govt. of India under the Subcomponent 1.2

during the year 2011-12 for scaling up postgraduate education and demand driven research &

development and innovation.

About ECE Department:

Established in the year 1977, the department of Electronics & Communication

Engineering presently offers 4 year B Tech program in Electronics & Communication

Engineering with an in take of 240 and 2 year M Tech programmers’ in Communications &

Signal Processing, Telematics and VLSI & Embedded Systems with an in take of 18 each.

Run by a team of highly qualified dedicated faculty and staff, the department was accredited

thrice by NBA. The department established a Centre of Relevance & Excellence (CORE)

under Mission REACH programmers of TIFAC (Technology Information, Forecasting and

Assessment Council), New Delhi in the area of Telematics. Several research and sponsored

projects from ANURAG (DRDO), NRSC (ISRO), UGC, AICTE, DST are executed by the

faculty of the department.

A word by Coordinator:

I am very happy to know that students of ECE department are releasing a technical

magazine. The contribution of students for this magazine is highly laudable. I am sure that

this magazine will be useful as a common platform where students can share and explore

their latest talents. I hope this magazine will provide an opportunity to the students to keep up

the present-day trends

Table of Contents

Prologue

Engineers day Celebrations

Paper presentations

Research paper publications

Conferences

PROLOGUE

Our department is a place where faculty and students improve ourselves with enthusiasm

and never leave an opportunity to learn and educate. Here everyone collectively

conduct/organize/attend the following types of events to empower our technical skills. The

types of events include:

Engineers day Celebrations

Paper presentations

Research paper publications

Conferences

Engineers Day Celebrations ECE Department

S.NO. STUDENT NAME ROLL

NUMBER

PROJECT NAME REMARKS

1. SK.CHANDHINI

K.RADHAKRISHNA

S.GAYATHRI

P.SAI SAHITHI

188W1A0449

188W1A0406

188W1A0448

198W5A0408

ECG PARTICIPATION

2. N.SRI VIVEK

N. VENKAT

CH.PRASHANTH

K. SRIKANTH

188W1A0440

188W1A0441

188W1A0411

198W5A0405

THE FUTURE

FARMING

PARTICIPATION

3. M.M.K NARASIMHA

REDDY

P.S.V. SHYAM

KRISHNA

G SAI KRISHNA

P.KONDALAMMA

188W1A0438

188W1A0443

198W5A0404

178W1A04G1

SOLAR TRACKER PARTICIPATION

4. T.SIVA SAI SRINIVAS

T. ASHOK KUMAR

V.BHAYANA

SANDEEP

V.VENKATAABHINAV

188W1A04A8

188W1A04A6

188W1A04B0

198W5A0415

SMART

ATTENDENCE

3rd prize

5. PREMA DEEPIKA.M

B.JAHNAVI NAGA

SIRISHA

K.LEELAVATHI

K. MEGHA SREE

198W5A0413

198W5A0409

198W5A0412

198W5A0410

EMERGENCY

ALERT FOR WOMEN

SAFETY

PARTICIPATION

6. J. NEELESH

K.MANI RAJ

K.ABHIRAM

K RAGHU NADH

188W1AO473

188W1AO483

188W1AO481

188W1A0486

STATIC BATTERY

CAR USING IR

SENSOR

PARTICIPATION

7. N.PRANAVI

B.GAYATHRI

188W1AO497 SMART HELMET PARTICIPATION

P.SREELATHA 188W1AO4C3

188W1AO4A2

8. NISHMIKA.P

KAVYA.B

JAHNAVI. CH

YAMINI.L

178W1A0442

178W1A0407

178W1A0410

178W1A04E7

CAR PARKING

GUARD UAING IR

SENSOR

PARTICIPATION

9. PRAVEEN KUMAR.G

SANDEEP.G

AYYAPPA.B

NIKHIL. K

178W1A0418

178W1A0447

188W5A0402

178W1A0424

AUTOMATIC FOOD

ORDERING SYSTEM

PARTICIPATION

10. JAGADEESH.T

HARSHA VARSHAN.A

LIKITHA.K

ANIL KUMAR. E

178W1A0455

178W1A0419

188W5A0426

178W1A0414

AUTOMATIC

INTENSITY

CONTROL OF

STREET LIGHT

PARTICIPATION

11. YASWANTH .D

VENKATESH.CH

SURYA.CH

CALEB. M

178W1A0413

178W1A0411

188W5A0409

188W5A0401

SMART PLANT

WATERING SYSTEM

PARTICIPATION

12. S.MOHAN MANI

KUMAR

J.VAMSI KRISHNA

G JASWANTHSAI

N.SAI KIRAN

178W140451

178W1A0421

178W1A0417

178W1A0440

HOME

AUTOMATICSUSING

BLU

PARTICIPATION

13. I.LOKESH

M.RAVIKIRAN

REDDY

P.RAVI TEJA

M.GEETHIKA SAI

178W1A0420

178W1A0433

188W5A0413

178W1A04E9

ACCIDENT

PREVENSION USING

EYE BLINK SENSOR

PARTICIPATION

14. REVANTH.M

BALAKRISHNA.K

178W1A0434

178W1A0427

SAMART GLOVES PARTICIPATION

KARTHIK.A

MANIKANTA.K

188W5A0406

188W5A0410

15. SWETHA.A

RAJA NANDINI.A

JAHNAVI.T

SANDHYA. V

178W140403

178W1A0402

178W1A0452

178W1A0448

SOLAR MOBILE

CHARGER

PARTICIPATION

16. NAVYA SRI.G

GEETHIKA.M.G.V.L

VINUSHA.A

SNIGDHA.CH

178W140415

178W1A0431

178W1A0401

178W1A0412

PHONE CHARGER

USING DC

ARMETURE

PARTICIPATION

17. T.LAKSHMI

GAYATHRI

NIKITHA.K

V.PAVANI THIRU SAI

SK. TASLEEM

FARHAN

178 WA0454

178W140441

178W1A0457

178W1A0449

ELECTRIC DICE PARTICIPATION

18. K PUNITH REDDY

K PAVITHRA

A-LAKSHMI SITA

K. MARY GLORY

178W1404E5

178W1A0429

178W1A0404

178W1A0428

EARTH QUAKE

DETECTION

PARTICIPATION

19. P.GNANA SAI

MADHURIMA.M

MD LUBNA

TARANNUM

T SAI KRISHNA

178W1A04G5

178W1A04E8

178W1A04F4

188W5A0434

COLLISION ALERT

SYSTEM

PARTICIPATION

20. K. PRASANNA JYOTHI

Y. YAMUNA

Y.TUNESWARI DEVI

I.BHARGAVI

188W5A0427

188W5A0436

188W5A0407

188W5A0425

RAIN SENSOR

PARTICIPATION

21. CH.CHANDRIKA 178W1A04D5 RANGE FINDER PARTICIPATION

U.KALYANI

T.TRILOK

D.MOHITH KRISHNA

178W1A04H6

178W1A04H4

178W1A04D6

22. A.SAI SUSHMA

M. AKANKSHA

K.HONEY SRI

MD ANISA FATHIMA

178W1404C2

178W1A04C3

178W1A04E1

188W5A0430

DIANAMIC ENERGY

MANAGEMENT

WITHOUT HUMAN

PARTICIPATION

23. N.LEELADHAR

P.YASWANTH SAI

K.TARUN

T.VINAY BABU

188W5A0431

188W5A0433

188W5A0426

178W1A04H5

BOREWELL CHILD

SAVER

PARTICIPATION

24. B.SAI SAHITHYA

K.NIHARIKA

P.ANUSHA

N.V.D.S.S.SAHITHYA

178W1A04D2

178W1A04E6

178W1A04G6

178W1A04F8

CHAT BOT BASED

ON IOT

PARTICIPATION

25. L.NAGA JYOTHSNA

P.BHARGAVI

K. SERENA

R. JAYANTHI

188W5AO428

188W5A0432

188W5 A0409

178W1A04G9

ANTI SLEEP CAR

ALARM DEVICE

PARTICIPATION

26. DILIP KUMAR.K

K.AMARNATH

K.NIKHILA

R.LIKITHA

178W1404L1

178W1A04L3

178W1A04L4

178W1A04L6

LIFI MODULE PARTICIPATION

27. B.MANOHAR

K.JUGAL KISHORE

M SUNDEEP ROY

J.SHAMUKHA SAI

178 WA04I5

178W1404L5

178W1A04L8

178W1A04K6

FIRE ALARM BASED

ON IOT

PARTICIPATION

28. A.KAREEM

P.YATHVIK SAI

TRINADH

178W1404I2

178W1A04M8

ACCIDENT

DETECTION USING

AURDINO

PARTICIPATION

G.VENKATESWARLU

E.V.V

SATYANARAYANA

178W1A04K1

178W1A04J4

29. J.HARSHITHA

S.SUNITHA

M.SESHA SAI

RITHVIK

I.VINEETHA

178W1A04K3

178W1A04N1

178W1A04M0

178W1A04N9

UNDERGROUND

CABLE FAULT

DETECTOR

PARTICIPATION

30. G.VENKATESH

G.SAI SUMAN

K.HARSHA VARDHAN

V.SAL NIKHILESH

178W1404J5

178W1A04J6

178W1A04K9

178W1A04N8

SMART FARMING 2ND Prize

31. G.SAICHAND

CH.VASANTH KUMAR

P.ANIRUDH

N.MOHANA

VENKATA SAI

178W1A04J7

178W1A04I8

178W1A04N0

178W1A04M5

GESTURE

CONTROLLED CAR

PARTICIPATION

32. R.PRANAY 198W1A0448

VOICE CONTROL

CAR

Consolation Prize

33 M.PARIMALA

N.NAGA SRI MANASA

168W1A04L7

178W1A0462

THE SERVING

ROBOT

IST PRIZE

34 K.LOKESH

Y.NAGA SAI

K.KUSHAL

P.PRASHANTH

178W1A0423

178W1A0460

178W1A0439

178W1A0408

SONAR PARTICIPATION

35 L.MOUNIKA

MADHURI

K.SUDHEKSHA

K.GEETHA SRI

188W1A04K1

188W1A04M0

188W1A04J8

SOLAR TRACKING

UNIT

PARTICIPATION

K.ANUPAMA 188W1A04K0

Volunteers

J.YASHASREE

M.VAMSI KRISHNA

B.LAKSHMI KUMARI

A.ANUDEEP

178W1A04E3

188W5A0429

178W1A04C9

178W1A04C4

BATCH

NUMBERS

ROLL

NUMBERS STUDENT NAME

TITLE OF THE

PROJECT REMARKS

1.

158W1A04J9

168W1A04A2

178W5A0422

168W5A0438

J.SOWNDARYA

P.MITHUN

SK.BEEBI ASIYA

G.DIVYA PRIYA

SHRIMP SMS

1ST PRIZE

2.

168W1A0410

168W1A0483

168W1A0491

B.YOGI CHANDAR

K.GUNAKUVALESH

M.BALA CHANDAR

SMART POULTRY 2nd PRIZE

3.

168W1A04A0

168W1A0463

168W1A0470

N.SRAVYA

B.GOWRI

SHANKAR

CH.YASWANTH

KRISHNA

DRINAGE CLOG

DTECTION 3rd PRIZE

4.

168W1A0482

178W5A0415

178W5A0424

K.SUBASH

LEELA SHIVA

KUMAR

TEJA SAI

BLUETOOTH

ULTRASONIC

CURRENT

Participation

5.

178W1A04E5

178W1A04C4

K.PUNEETH REDDY

A.ANUDEEP

THIRD EYE FOR

THE BLIND Participation

178W1A04G2

178W1A04H5

P.NITHISH KUMAR

T.VINAY BABU

6.

178W1A0406

178W1A04H2

178W1A04D5

178W1A04H6

D.MOHITH

S.VBIJAY

BHASKAR

CH.CHANDRIKA

V.KALYANI

WIRELESS ALARM

USING ARDUINO Participation

7.

178W1A04G7

178W1A04H7

178W1A04I0

178W1A04E9

M.RAJESH

V.LOHITH

V.CHANDRA

SEKHAR

M.GEETHIKA SAI

TOUCHLESS AND

LESAR ALARM Participation

8.

168W1A04E0

168W1A04F0

168W1A04F7

168W1A04H0

K.V.S.S PRASAD

M.S.D. MAHA

LAKSHMI SANDYA

N.HIMAJA SAI

S.CHANDRA

MAHESH

WIRELESS NOTICE

BOARD Participation

9.

178W1A04G5

178W1A04E8

178W1A04E6

178W1A04G6

P.GNANA SAI

M.MADHURIMA

K.NIHARIKA

P.ANUSHA

VOICE CONTROL

HOME AUTOMATION

USING GOOGLE

Participation

10.

178W1A04G0

178W1A04G1

178W1A04H3

178W1A0429

SAI NUTHALAPATI

KOMALI PADALA

SREEJA GANTA

PAVITRA

KOLLIPARA

SMART STREET LIGHT Participation

11.

178W1A04J1

178W1A04J0

178W1A04I6

D.JOSHNAVI

RAMYA

D.HARIKA

B.LAKSHMI

SOWJANYA

VOTING MACHINE

USING ARDUINO Participation

12.

178W1A04J5

178W1A04N8

178W1A04K8

178W1A04K9

G.VENKATESH

V.SAI NIKILESH

K.SAI BHARGAV

K.HARSHA

VARDHAN

SOLAR TRACKING

UNIT Participation

13.

178W5A0447

178W5A0423

168W1A04B3

168W5A0438

Y.SUREKA

S.L. PRAVALLIKA

T.PAVAN

G.DIVYA PRIYA

SMART CITY Participation

14.

178W5A0402

168W1A0410

168W1A0440

178W5A0409

A.HARI PRIYA

CH.KEERTHI

APOORVA

TAJUNNISA

AGRICULTURE

SYSTEM Participation

15.

168W1A04M6

168W1A04N1

168W1A04J5

168W1A04M7

P.VINAY

R.VINAY KOUSHIK

CH.RUTHWIK

CHOWDARY

P.RAVI CHANDRA

SMART SHOPPING

CART Participation

16.

168W1A04I8

168W1A04J1

168W1A04K9

178W5A0419

B.VIKAS REDDY

CH.HARI RAMA

KRISHNA

K.HARITHA

MD.KARISHMA

WATER DISPENSER Participation

17.

188W5A0423

188W5A0440

188W5A0446

188W5A0421

M.TEJASWINI

G.MAHIMA

CHOWDARY

SK.RIHANA

CH.SRIJA

HEALTH MONITOR

SYSTEM USING GSM Participation

18.

188W5A0439

178W1A04N3

CH.VAMSI

KRISHNA

T.RUPEESH SAI

MANIKIANTA

SMART ENERGY

METER Participation

188W5A0448

178W1A04J9

V.PURNA KRISHNA

PRASAD

G.VIJAY KUMAR

19.

168W1A04K2

168W1A04J0

168W1A04I3

168W1A04N2

G.V. SRAVAN

KUMAR

CH.S.S ABHIJIT

A.SRINADH REDDY

SK.KALEEM PASHA

GESTURE

CONTROLLED CAR Participation

20.

188W5A0409

188W5A0428

188W5A0430

178W1A04F6

K.SERENA

L.NAGA JYOTHSNA

MD,ANISHA

FATHIMA

M.VINEETHA

SPEED CONTROL OF

TRAIN USING

WIRELESS N/W

Participation

21.

178W1A04L1

178W1A04L6

178W1A04L0

198W1A04L3

K.DILEEP KUMAR

K.LIKETHA

K.INDRAJA

D.SARANYA

OBSTACLE

AVOIDING ROBOT Participation

22.

168W1A04L0

168WIA04L1

168W1A04L3

158WIA04K2

K.MADHURI

K.VASAVI

K.NAVYA DURGA

SK.KHASIM

AUTOMATIC ROOM

LIGHT CONTOL

SYSTEM

Participation

23.

EC111032

EC11038

MD.IKBAL

N.PRANAVI

ALART SYSTEM

NEAR MAN HOLES Participation

24. EC1042 P.PHALGUN MAGICAL PUZZLE Participation

25.

178W1A0462

178W1A0470

A.NAGA ASREE

MANASA

CH.SHESA SAI

HAMSIKA

SMART CITY Participation

26.

178W1A04K3

178W1A04N1

S.SUNITHA

J.HARSHITHA

ARDUINO

PROPELLER CLOCK Participation

27. 178W1A04C8 B.RASHI HARSHINI LOW COST REPEATER Participation

178W1A04H0

178W1A04C9

188W5A0425

S.SREE CHANDANA

B.LAKSHMI

KUMARI

I.BHARGAVI

28.

178W1A04L7

178W1A04M4

178W1A04M2

M.RAMYA

M.DEEDEPYA

M.JOGESH

KARTHIK

AUTOMATIC STREET

LIGHT SYSTEM Participation

29.

168W1A0467

168W1A0472

168W1A0475

168W1A0476

B.SAMPATH

K.ABHISHIKTH

G.CHANDRA TEJA

G.SANTHOSH

PIEZO ELECTRICITY

USING BRIDGE

RECTIFIER

Participation

30.

168W1A0464

168W1A086

B.V.CHANDRA

SEKHAR

K.RADHESYAM

ARDUINO SOLAR

TRACKER Participation

31.

178W1A0477

178W1A0468

178W1A0467

G.V.BHARGAVI

B.KAVYASRI

B.DIVYA

MOTION DETECTOR Participation

32.

168W1A0429

168W1A0430

168W1A0428

168W1A0415

M.DITENDRA

N.SUREKHA

M.A.S.N. DURGA

DEVI

G,HEMA

CELL PHONE CALL

DETECTOR Participation

33.

178W1A0456

178W1A0437

178W1A04A6

178W1A0491

V.PRIYANKA

MD.ARSHA

M.SRI SAI

SUMANYH

M.MONESH

FOOD QUALITY

MONITORING

SYSTEM

Participation

34. 168W1A0434 NAZNEEN SMART SHOE Participation

168W1A0438

168W1A0439

168W1A0441

P.SWATHI

P.SRUJANA

P.SAI SIVANI

35.

178W1A0442

178W1A0407

178W1A0430

178W1A04D2

P.NISHMIKA

B.KAVYA

K.DEEPIKA

B.SAHITHYA

HANDY VACCUM

CLEANER Participation

36.

178W1A0435

178W1A0432

178W1A0406

178W1A0408

M.MANOJ

M.HARISH

GRAHEM JASPER

RATNAKAR

P.PRASANTH

KUMAR

SEQUENTIAL

BLINKING OF LEDS

USING ARDUINO

Participation

37.

178W1A0455

178W1A0419

178W1A0433

178W1A0434

T.JAGADEESH

A.HARSHA

VARDHAN

M.RAVI KIRAN

REDDY

M.REVANTH

AUDIO TRANSFER

USING LIFI Participation

38.

178W1A0421

178W1A0451

178W1A0445

178W1A0479

T.VAMSI KRISHNA

S.MOHAN MANI

KUMAR

R.BHANU SAI

SHASHANK

I.BHARGAV

NAYAK

HOME SECURITY

SYSTEM Participation

39.

178W1A0424

178W1A0418

178W1A0426

178W1A0414

K.NIKHIL

G.PRAVEEN

KUMAR

K.LIKITH

E.ANIL KUMAR

DETECTION OF

FLAMMABLE GASES Participation

40. 178W1A04K0 G.SWETHA

J.LAKSHMI

AUTOMATIC RAIN

SENSING CAR WIPERS Participation

178W1A04K4

178W1A04I1

178W1A04M7

KURSHTHA

A.V.N.S.M KAVYA

SRI

P.RUTHUIJA

41.

178W1A04N7

178W1A04N2

188W5A0438

T.JAYA SIMHA

S.GANGA SILLPIKA

CH.MANI

REMOTE CONTROL

DOOR LOCKING

SYSTEM

Participation

42.

178W1A04I5

178W1A0402

178W1A04L3

B.MANOHAR

A.NANDHINI

K.AMARNADH

APPLICATION OF

PROXIMITY SENSOR Participation

43.

178W1A04I8

178W1A04O0

178W1A04I3

CH.VASANTH

KUMAR

Y.ANAND

A.MANOJ SAI

REDDY

LIGHT SECURITY

ALARM Participation

44.

148W1A04I3

178W5A0416

A.HARI

CHANDANA

SHIVA

P.SUNNY

M.TEJASRI

LIFI ENABLED AUDIO

TRANSFER Participation

45.

178W1A0408

178W1A0422

178W1A0456

178W1A0403

S.PHANI KUMAR

K.SUBHASH

V.SA I CHITHANYA

K.MAHIMA KUMAR

SMART BLIND STICK Participation

46.

178W5A0406

178W5A0412

178W5A0457

178W5A0431

P.VASANTHI

V.GREESHMA

SINDHU

V.SWETHA MAHA

LAKSHMI

K.GLADY

SOWNDARYA

BLUETOOTH VOICE

CONTROL USING

ARDUINO

Participation

47.

168W1A0429

168W1A0430

M.DITHENDRA

N.SUREKHA

CELL PHONE CALL

DETECTOR Participation

168W1A0428

168W1A0415

M.A.S.N DURGA

DEVI

G.HEMA

48.

168W1A04016

168W1A0435

168W1A0404

178W5A0401

G.SRAVANI

N.HAVEELA

B.LAKSHMI

TEJASWINI

B.SRI LEKHA

OBSTACLE

DETECTOR Participation

49.

168W1A0437

168W1A0445

168W1A0436

168W1A04I2

P.AKHIL KUMAR

S.VIVEK

P.SURYA TEJA

D.MAHESH BABU

ANAMOLY

DETECTION USING

IBMWATSON

Participation

50.

168W1A0437

168W1A0445

168W1A0412

168W1A0436

V.L.K.BHARADWAJ

K.RAMA LOKESH

P.ARAVIND SAI

K.SAI HANISH

SMART ENERGY

MONITORING USING

NODE-RED

Participation

51.

168W1A0460

168W1A0455

168W1A0443

168W1A0431

Y.AKHIL

V.LIKITH KUMAR

S.VARSHITH

REDDY

N.JHANAVI

CHAKRAVARTHI

SOFT AGRICULTURE Participation

1.

ECG

This electrocardiograph joins Arduino

features with an analog circuit and acquires,

amplifies and filters a very weak signal

obtained from the chest. The prototype

developed here focus in the acquisition of the

heart’s electrical activity with a simple

electrical circuit embedded in an Arduino

microcontroller, with the possibility of early

heart diseases detection.

2.

SOLAR TRACKER

This project helps in the society. It captures

the solar energy from the sun in the direction

which has high intensity of solar energy.so

that we can store solar energy very high. By

using

Dc motor we can rotate the solar panel and

capture the solar energy

3.

FUTURE FARMING

The soil moisture senses the condition and

sends the information to the Arduino nano

which process the obtained the inputs and

sends them to the Bluetooth module

connected to it through the selection pins

when the slave Bluetooth module in the

ground station is connected to the master

Bluetooth module. The led’ s glow and

transmit the information which then further

passed in to the respective Arduino and then

processed again pass it to the master.

4.

SMART ATTENDENCE

Smart attendance system is method to

automatically update the attendance by face

recognition system and using LDR, 0IR

sensors to reduce the flaws. This has broad

applications in security zones.

5.

EMERGENCY ALERT FOR WOMEN

SAFETY

This Project presents a women safety

detection system using GPS and GSM

modems. The system can be interconnected

with the alarm system and alert the

neighbors. This detection and messaging

system is composed of a GPS receiver,

Microcontroller and a GSM Modem. GPS

Receiver gets the location information from

satellites in the form of latitude and

longitude.

6.

STATIC BATTERY CAR USING IR

SENSOR

IR sensors has two led’s ,one is used for

transmitting of IR radiation and another is

receiving .when IR sensor detect any object

,it sends output to IC. So that motor gets

started we used a pair of IR sensor to a pair

of motor respectively.IR sensor do not work

for black bodies because black bodies are

purely radiation absorbin

g bodies.

7.

I. SMART HELMET

II. THE MAIN OBJECTIVE OF THIS

PROJECT IS TO DESIGN AN INTELLIGENT

SYSTEM WHICH WILL PREVENT A DRUNK

PERSON FROM DRIVING AND ALSO IDENTIFY

ACCIDENT IF ANY. THIS SYSTEM IS CAPABLE

OF PROVIDING SECURITY AND SAFETY TO THE

BIKERS AGAINST ROAD ACCIDENTS. THE

CIRCUIT IS SO DESIGNED THAT THE BIKE

WON’T START WITHOUT WEARING HELMET

AND IF THE RIDER IS DRUNK.

8.

CAR PARKING GUARD UAING IR

SENSOR

While parking the car the driver should be

more careful because he cannot see the back

of the car while parking or taking reverse, if

there is any obstacle and ran over it might be

get damage to the car. Our project will help

the person in the driving seat and give alarm

if there is any obstacle or a wall while

parking or while driving in reverse.

9.

AUTOMATIC FOOD ORDERING

SYSTEM

The automated menu ordering system will

make it possible to automate the process of

placing orders for your customers. They can

start ordering food through your restaurant

website or mobile app quickly and easily.

Your employees can collect an order with

just one click on a tablet or other device with

access to the internet.

10.

AUTOMATIC INTENSITY CONTROL OF

STREET LIGHT

Generally, streetlights on the highways are

designed with high intensity lamps. That

consumes more energy and also cannot be

changed as per the requirement. Thus, the

proposed system overcomes these problems

by using LEDs instead of HID lamps in the

street light systems. So the light intensity can

be changed and controlled according to the

needs. An 8051 microcontroller is

programmed with instructions to control the

light intensity by producing a PWM signal

which makes a MOSFET to turn ON the

LEDs

11.

SMART PLANT WATERING SYSTEM

The moisture sensor provides an analogue

output, which can easily be interfaced with

Arduino. In this project, two sensors can be

connected to analogue pins, A0 and A1, of

the Arduino board. Each sensor has four pins

(Vcc, Gnd, Ao and Do) available for

interfacing with the Arduino board. Here,

digital output pin (Do) is not used. The water

pump and servo motor are controlled by

Arduino pins 3 and 9, respectively.

12.

HOME AUTOMATICSUSING BLU:-

It is A Bluetooth Controlled Home

Automation System. You Can Control Your

Home Appliances Just From Your

Smartphone. All the things Works Perfect !

Also I Designed The App..

13. ACCIDENT PREVENSION USING EYE

BLINK SENSOR

We can’t take care of ours while in running

by less conscious. If we done all the vehicles

with automated security system that provides

high security to driver, also gives alarm. The

Objective of this project is to develop a

system to keep the vehicle secure and protect

it by the occupation of the intruders. This

paper presents controlling accident due to

unconscious through Eye blink. Here one eye

blink sensor is fixed in vehicle where if

anybody loosesconscious and indicate

through alarm.

14.

SMART GLOVES

Everyday communication with the hearing

population poses a major challenge to those

with hearing loss. For this purpose, an

automatic sign language recognition system

has been developed using Random Forest

Classifier as a machine learning algorithm,

and to translate the sign alphabets and

common words into text and sound. A glove

circuit has been designed with flex sensors,

3-axis accelerometer and gyroscope to

capture the gestures or signs data.

15.

SOLAR CELL PHONE CHARGER

use solar panels to charge cell phone

batteries. They can be used when no

electricity supply is available—either mains

or, for example, a vehicle battery—and are

sometimes suggested as a way to charge

phones without consuming mains electricity,

unlike electrical cell phone chargers Some

can also be used as a conventional charger by

plugging into an electrical outlet. Some

chargers have an internal rechargeable

battery which is charged in sunlight and then

used to charge a phone; others charge the

phone directly.

16. PHONE CHARGER USING DC

ARMETURE

This is a hobby project which can be made

by anyone following some very simple

instructions. The charger works on the

principal of DC motor being used as a

generator converting mechanical energy to

electrical energy. But since the voltage

required by a phone is 5V a voltage regulator

IC 7805 is used to get the desired output

voltage from the DC motor.

17.

.ELECTRIC DICE

After connecting the battery, one of the LEDs

will switch on. To throw the dice, close the

switch and then open it. The number of the

LED, counting from the left, that is on will

be the number that was "thrown" on the dice.

18.

EARTHQUAKE DETECTION

Our project is about detecting earthquakes

using mpu 6050 sensor. This sensor actually

has an inbuilt gyroscope and accelerometer

sensor. It senses the movement of it( in this

case vibration caused by an earthquake)

using the signal from the sensor the led

blinks and buzzer alarm is given to the user

19.

COLLISION ALERT SYSTEM

App based accident prevention.App uses

GPS and tracks all the phone co-ordinates

near by phone.It calculates speed and

distance at which another vehicle with the

phone is approaching it.It alerts the user if

there is any chance of accident.It

automatically builds up an intranet between

the phones with this app and starts sharing its

GPS data with all the phones near it and

takes the same from other phones.

20.

RAIN SENSOR

The rain sensor senses the rain or

snow hitting the wind shield and

automatically runs the wipers and the

right speed we don’t have to take our

hands of the wheel or constantly

adjust the speed of the wipers as road

condition change

21.

RANGE FINDER:-

Range finder, any of several instruments

used to measure the distance from the

instrument to a selected point or object. One

basic type is the optical range finder modeled

after

22. DYNAMIC ENERGY MANAGEMENT

WITHOUT HUMAN

This project presents the development of an

intelligent dynamic energy management

system (I-DEMS) for a smart microgrid. An

evolutionary adaptive dynamic programming

and reinforcement learning framework is

introduced for evolving the I-DEMS online.

The I-DEMS is an optimal or near-optimal

DEMS capable of performing grid-connected

and islanded microgrid operations. The

primary sources of energy are sustainable,

green, and environmentally friendly

renewable energy systems (RESs), e.g., wind

and solar; however, these forms of energy are

uncertain

23.

BOREWELL CHILD SAVER

The aim of the project is to prevent the

children from falling in to the borewell

deeply. This project implies a new design

which has a sensor kept at top of borewell

which helps to sends the child if they fell

inside. If the system senses the child

automatic horizontal closer kept at around

five feet depth closes and prevent the child

from falling beneath it. It is easy to rescue

the child 5 feet than 500 feet. It also alerts by

giving siren and messages to rescue team and

consult officials to location

24. CHAT BOT BASED ON IOT

The chatbot was made using AIP.ai.It’s based

on NLP.It was deployed on telegram to make

it available to everyone with telegram.It can

answer all the questions accurately for which

it was trained.we can also extend its

knowledge base to make it more useful for

day-to-day requirements.

25.

ANTI SLEEP CAR ALARM DEVICE

Everyone knows about the alarms that

abruptly wake us from our slumbers each

morning, but have you heard of alarms that

can keep us awake while we're driving? Anti-

sleep alarms do more than simply startle and

annoy drivers -- they can save them from

fender benders or worse by alerting them.

26. LIFI MODULE

Li-fi applications are varied as a result of its

features such as directional

lighting,energyefficiency,intrinsicsecurity,hig

h data rate capability,signal blocking by

walls and integrated networking capability

27.

FIRE ALARM BASED ON IOT

Fire Detectors play a very important role in

Industries, Shops, Malls, Residential

complexes, parking areas etc. They help in

detecting fire or smoke at an early stage and

can help in saving lives. Commercial Fire

detecting systems usually have an alarm

signalling, with the help of a buzzer or Siren.

We have designed an IOT based Fire

Alerting System using Temperature and

smoke sensor which would not only signal

the presence of fire in a particular premise

but will also send related information through

IOT

28.

ACCIDENT DETECTION USING

AURDINO

Accident Detection and Messaging System is

easy and the components used are Vibration

Sensor, which detects the accident and in turn

sends the signals to Arduino. At this point the

Arduino takes control and starts collecting

the coordinates received from the GPS which

are later sent to the Central Emergency

Monitoring Station by using the GSM

Module

29. UNDERGROUND CABLE FAULT

DETECTOR

Till last decades, a million miles of cables are

threaded in the air across the country. But

currently it is laid in the underground, which

is larger to an earlier method. Because,

underground cables are not affected by any

adverse weather condition like pollution,

heavy rainfall, snow and storm, etc. But,

when any problem occurs in cable, it is very

difficult to find the exact location of the fault

due to not knowing he exact location of the

cable. Day by day, the world is becoming

digitized so the project is proposed to find the

location of fault in digital way

30.

SMART FARMING

By controlling some conditions such as

temperature,soil moisture and lighting using

sensors DHT 11,LDR,soil moisture and blink

server farming with IOT is deployed

31.

GESTURE CONTROLLED CAR

Gesture recognition has wide ranging

applications such as the Navigating and/or

manipulating in virtual environments. Public

display screens: Information display screens

post offices, banks that allows control

without having to touch the device

32. VOICE CONTROL CAR

We connect the Bluetooth module with the

mobile app. Once done, the commands which

we give through the mobile get sent to the

Arduino via the module. We accept

character by character from the serial buffer

sent by the app and combine them to form a

string.

We then compare it to the command. If it

matches, the command is carried out. For

example, when the string we receive is

"Right", the bot turns right

33.

SURVING ROBOT

Surveying robot creates georeferenced

photographs to produce detailed orthophotos,

point cloud production, digital elevation

models, volume results, 3D models and

more. Includes flight planning software and

camera system Up to 15 meters per second

high wind stability. Compact carbon design

Winner of the Innovation Price 2014

34.

SONAR

Sonar, short for Sound Navigation and

Ranging, is helpful for exploring and

mapping the ocean because sound waves

travel farther in the water than do radar and

light waves. NOAA scientists primarily use

sonar to develop nautical charts locate

underwater hazards to navigation, search for

and map objects on the seafloor such as

shipwrecks, and map the seafloor itself.

There are two types of sonar—active and

passive.

35. SOLAR TRACKING UNIT

To obtain the maximum power from the solar

panels they must be arranged such that they

are perpendicular to sunlight

By LDR’s and motor driver using a motor the

direction of the solar panel is changed.

36.

HOME AUTOMATION

Home automation gives you access to control

devices in your home from a mobile device

anywhere in the world. The term may be

used for isolated programmable devices, like

thermostats and sprinkler systems, but home

automation more accurately describes homes

in which nearly everything — lights,

appliances, electrical outlets, heating and

cooling systems — are hooked up to a

remotely controllable network.

Paper presentations

INTERNET OF THINGS

By: KVVSN Raj Kumar, G Divya

ABSTRACT:

Internet of things (IoT) is the network of devices, vehicles, and home appliances that

contain electronics, software, actuators, and Connectivity which allows these things to

connect, interact and exchange data. IoT involves extending The Internet connectivity beyond

standard devices, such as desktops, laptops, smartphones and tablets, to any range of

traditionally dumb or non-internet-enabled physical devices and everyday objects. Embedded

with technology, these devices can communicate and interact over the Internet, and they can

be remotely monitored and controlled.

The definition of the Internet of things has evolved due to convergence of multiple

technologies, real-time analytics, machine learning, commodity sensors, and embedded

systems. Traditional fields of embedded systems, wireless sensor networks, control

systems, automation (including home and building automation), and others all contribute to

enabling the Internet of things. The concept of a network of smart devices was discussed as

early as 1982, with a modified Coke vending machine at Carnegie Mellon

University becoming the first Internet-connected appliance.

The IOT is a rapidly increasing and promising technology which becomes more & more

present in everyday lives. Considering the high rate development of IOT technologies, and

the significant increment in the number of the connected devices, comprehensive overview of

IOT the current affordable hardware aims, architecture, challenges, applications, protocols

and market overview are discussed. In order to give an example of IOT solution, a simple

IOT demonstration was implemented using the current affordable hardware & cloud

efficient software.

Real world Applications:

Smart Home

Wearables

Smart Agriculture

Connected cars

Industrial Internet etc.

Conclusion: The future of IOT is virtually unlimited due to advances in technology &

consumers desire to integrate devices such as smart phones with household machines.

FLEXIBLE ELECTRONIC SKIN

By: Sharmela, S.Bhargavi

ABSTRACT:

Electronics plays a very important role in developing simple devices used for any purpose. In

every field electronic equipments are required. The best achievement as well as future

example of integrated electronics in medical field is Artificial Skin. It is ultrathin electronics

device attaches to the skin like a sick on tattoo which can measure electrical activity of heart,

brain waves & other vital signals.

Artificial skin is skin grown in a laboratory. It can be used as skin replacement for people

who have suffered skin trauma, such as severe burns or skin diseases, or robotic applications.

This paper focuses on the Artificial skin(E-Skin) to build a skin work similar to that of the

human skin and also it is embedded with several sensations or the sense of touch acting on

the skin. This skin is already being stitched together. It consists of millions of embedded

electronic measuring devices: thermostats, pressure gauges, pollution detectors, cameras,

microphones, glucose sensors, EKGs, electronic holographs. This device would enhance the

new technology which is emerging and would greatly increase the usefulness of robotic

probes in areas where the human cannot venture.

The sensor could pave the way for a overabundance of new applications that can wirelessly

monitor the vitals and body movements of a patient sending information directly to a

computer that can log and store data to better assist in future decisions. This paper offers an

insight view of the internal structure, fabrication process and different manufacturing

processes.

Humanoid Robotics

By: T.Divya, N.Hemasri ABSTRACT:

Humanoid robotics is an emerging and challenging research field, which has received

significant attention during the past years and will continue to play a central role in robotics

research and in many applications of the 21st century. Regardless of the application area, one

of the common problems tackled in humanoid robotics is the understanding of human-like

information processing and the underlying mechanisms of the human brain in dealing with

the real world.

Blue Brain Technology

By: N. Avinash

ABSTRACT:

Abstract: Human brain is the most valuable creation of God. The man is intelligent because

of the brain. "Blue brain” is the name of the world's first virtual brain. That means a machine

can function as human brain. With the advancement in technology, human, the ultimate

source of information and discovery should also be preserved. In other words, human is does

not live for thousands of years but the information in his mind could be saved and used for

several thousands of years. Today scientists are in research to create an artificial brain that

can think, response, take decision, and keep anything in memory. The main aim is to upload

human brain into machine. So that man can think, take decision without any effort. After the

death of the body, the virtual brain will act as the man .So, even after the death of a person

we will not lose the knowledge, intelligence, personalities, feelings and memories of that man

that can be used for the development of the human society.

Keywords: Blue brain, Brain, Neurons, Sensory system.

Vehicular Adhoc network

By: T.Priyanka, T.Mounika

ABSTRACT:

A Vehicular Ad-Hoc Network, or VANET, is a form of Mobile ad-hoc network, to provide

communications among nearby vehicles and between vehicles and nearby fixed equipment,

usually described as roadside equipment. vanet integrates on multiple ad-hoc networking

technologies such as WiFi WiMAX, Bluetooth, IRA, ZigBee for easy, accurate, effective and

simple communication between vehicles on dynamic mobility. The feasibility of vanet was

justified, the City Section Mobility Model was appended in NS2, the network model of vanet

was established, the simulation scene was compiled, the performances of DSDV, DSR, two

classical routing protocols of MANET, and a novel routing algorithm MUDOR, were

simulated in vanet Although there are many proposed solutions for routing in vanet, it is still

unclear as to what specific characteristics vanet routing protocols should possess, since none

of the proposed solutions achieves optimum performance in both urban and highway, as well

as sparse and dense environment. To shed light on these issues, we analyze some of the most

important QOS metrics in vanet. A vehicle in vanet is considered to be an intelligent mobile

node capable of communicating with its neighbours and other vehicles in the network. For

configuring the vehicle with a unique address, there is a need for address reconfigurations

depending on the mobility patterns; we have presented a centralized addressing scheme for

vanet using DHCP (Dynamic Host Configuration Protocol). By building up a P2P overlay

network on top of vanet's physical infrastructure, we effectively integrated P2P network

advantage on sustaining highly dynamic network into the design of vanet routing protocol.

By deploying passive vanet routing algorithms with innovative P2P routing mechanisms, we

propose a new kind of vanet routing protocol named Peer Computing based Ad hoc On

Demand Vector (PAV). A detailed description of the P2P decentralized naming, route

discovering, route querying and updating algorithm used in PAV is presented in this paper.

The simulation results indicate that PAV has an improved routing performance in comparison

with the popularly used AODV protocol.

Noise Pollution Management using Smart Horn System

based on IoT

By: Vege.Priyanka, Sri Sai SumanthMandalapu

ABSTRACT:

Conventional horn system is causing too much noise pollution and is proven to have harmful

effects on the human ear .We would like to provide a solution to this problem by

modification of the present horn system ,that is , by providing an alternative smart horn

system based on distance and design an algorithm for monitoring horn usage using the

average number of times horn is blown ,and also in this process the silent zones are

identified and the horn sound is automatically reduced. Ultrasonic sensors are placed on the

sides of the vehicle with a range of 1-13 feet are used to calculate the average distance and

reduce the volume of the horn based on this distance. OpenMapsapi is used to obtain ‘Silent

zones’ and volume of horn is reduced based on this data.

EMBEDDED SYSTEMS AND AUTONOMOUS CAR

By: B.DivyaSree ,K.Anisha , G.Naga Uma Mahesh

ABSTRACT: The technical Brilliance and Developments in different fields have led to a

drastic change especially in the communication field.. There are many paradigm shifts taking

place due to information explosion and the concept of autonomous vehicle is one shift.

Devices with intelligence rule the world. Imbibing intelligence to these devices is through a

system called Embedded System. Embedded Systems are used in many ways. In business, to

track inventories with bar codes and scanners, check the credit status of customers, and

transfer funds electronically. In homes, tiny embedded systems in the electronic circuitry of

most appliances control the indoor temperature, operate home security systems, tell the time,

and turn TV, Players on and off. In automobiles to regulate the flow of fuel, thereby

increasing gas mileage, and are used in anti-theft systems.

The car, which is embedded, can simulate the human driver completely and direct the vehicle

on the road. Autonomous vehicle is the drastic change in technical brilliance and

developments in different fields with Embedded System as pioneer.

Keywords: Embedded System, Simulator.

PaperBatteries

By: MaddulaSravya, Venkata Sai SushmaDhanekula

ABSTRACT:

A paper battery is an energy source which is more flexible and thin. This device is a

combination of carbon nanotubes with cellulose based paper. The paper battery can act in

two ways. A battery as well as a super capacitor, these batteries can be used as a power

source to next generation electronic devices, medical devices, pace makers, hybrid vehicles,

etc. Scientists have developed batteries of size slightly larger than a postal stamp that can

produce energy that is enough to illuminate a small bulb. In future we can expect a stack of

paper batteries that is able to power up a car. These are non-toxic and flexible.

Multimodal emotion recognition

By: T.Dhanoojkumar Y. Jayaprakash Reddy

ABSTRACT:

This paper discusses the application of feature extraction of facial expressions with combination of neural network for the recognition of different facial emotions (happy, sad, angry, fear, surprised,

neutral etc..). Humans are capable of producing thousands of facial actions during communication that

vary in complexity, intensity, and meaning. This paper analyses the limitations with existing system

Emotion recognition using brain activity.

In this paper by using an existing simulator I have achieved 97 percent accurate results and it is easy

and simplest way than Emotion recognition using brain activity system. Purposed system depends

upon human face as we know face also reflects the human brain activities or emotions. In this paper neural network has been used for better results. In the end of paper human multimodal recognition has

been explained.

WI-MAX (Worldwide Inter-operability of Microwave

Access) Technology

By: S.Shanmukha, R.Shanmukha Brahma.

ABSTRACT:

WI-MAX (Worldwide Interoperability for Microwave Access) is a family of wireless communication

standards based on the IEEE 802.16 set of standards, which provide “Multiple Physical Layer”(PHY)

and “Media Access Control”(MAC)options. “WI-MAX” aims to provide a metropolitan access network which will provide higher bandwidth ad larger coverage can are currently available with

existing wireless technologies such as Wi-Fi ,3G,4G Etc.

“WI-MAX” directly supports the technologies that make TRIPLE-PLAY service offerings possible

(such as Quality of service and Multi-casting). In many cases, this has resulted in competition in markets which typically only had access through an existing incumbent DSL (or similar) operator.

“WI-MAX” technology is set to allow high-speed internet access from laptops and other mobile

devices over larger distances than previous technologies.

SOILPH SENSING ALERT USING ARDUINO

By: P. Vani

ABSTRACT:

Plants need water as well as good soil (PH rich) to ensure proper plant growth. It becomes

difficult to monitor these things manually each timeto ensure proper growth and any

ignorance may lead to bad plant health or plant decay/death. Here we propose an Arduino

base system that makes ph value sensor constantly check for the value. The Arduino system

ensures plant get proper PH by continuously monitoring for it. It also displays this on a

display screen for user to monitor. Also the system is equipped with an alarm which sounds a

buzz in case the values fall below a certain limit which may be bad for plant health. And also

it gives mobile notification for user. Thus the system ensures plant health using soil PH

sensing.

SMART DUST

By: T.Bhagyasree and Md.Ayesha

ABSTRACT:

The current ultramodern technologies are focusing on automation and miniaturization.

Smart dust is tiny electronic devices designed to capture mountains of information about their

surroundings while literally floating on air. Now-a-days sensors, computers and

communication are shrinking down to ridiculously small sizes.

The idea behind 'smart dust' is to pack sophisticated sensors, tiny computers and

wireless communications into a cubic millimeter mote to form the basis of integrated,

massively distributed sensor networks. Smart dust requires both evolutionary and

revolutionary advances in miniaturization, integration & energy management. Depending on

it's objective the design integrates various sensors, including light, temperature, vibration,

magnetic field, acoustic & wind shear onto the mote.

Conclusion:

The mote's minuscule size makes energy management a key component. They will be

light enough to remain suspended in air for hours. As the motes drift on wind, they can

monitor the environment for light, sound, temperature, chemical composition & a wide range

of other information, and beam that data back to the base station miles away.

LIFI-Technology

Name: B.Vasanthi

ABSTRACT:

Li-Fi is the abbreviation of light fidelity and was expressed by Herald Hass who was a

German physicist. In Li-Fi the information is transferred through light signals instead of radio

waves and mostly Wi-Fi plays an efficient role for wireless information coverage within the

buildings whereas by using Li-Fi we can provide the excel density data coverage in a

particular area without any radio interference issue. It furnishes well bandwidth, assurance

than Wi-Fi and excels speed. In the coming generation, this technology will be used for

transmitting data or information to smart phones, laptops etc. through the light in a room.

TRANSHUMANISM

By: T.Goutham, A.Sesha Sai

ABSTRACT:

Man is always for hungry for innovation. Over the last decade there has been spark to

significantly increase the human mental and physical power for extended life spans. This

innovation is taking shape day by day by the efforts of some leading computer scientists,

neuroscientists, nanotechnologists and researchers, who are at the forefront of technological

development. They are thinking and taking challenge to alter the human condition at their

will. They are trying to fine tune the human condition. Undoubtly with the pace of

technology and research, it will be possible to face the prospect of such technologies as real

artificial intelligence, new kinds of cognitive tools that combine artificial intelligence with

new interface

Claytronics: A Scalable Basis for Future Robots

ABSTRACT:

Claytronics is one of emerging field of engineering that combines nano- scale robotics and

computer to create nano meter scale computers called claytronic atoms-catoms. The catoms

are the basic components of claytronics. They have the ability to move in 3D space, interact

with other catoms , adhere with other catoms and form a 3D shape which can morph into any

shape even the replica of human being. The primary goal of the claytronic technology is the

formation of a new communication technology-pario. The long term goal is –synthetic

reality. The researches of clay are progressing in Carnegie Mellon university, US. They said

that within 5 years they create a new environment in which the user can interact with others

in a realistic manner. The clay provides not only the aural & visual sensation but also the

physical sensation. The researchers develop a prototype of catom, which in 2D plane; their

aim is creation of millimeter scale 3D catoms. This technology is also helpful in medicinal

field in which the surgeons perform intricate surgery on enlarged replicas of organs. Hence

claytronics is defined as “An ensemble of material that contains sufficient local computation,

actuation, storage, energy, sensing & communication”

Keywords—Claytronics, catom, pario, modular robots

Challanges and opportunties of integrating iot and lifi

ABSTRACT:

The search for faster internet connection is ceaseless and the need for new technologies and

techniques is always on demand. Wireless Fidelity (Wi-Fi) is an unbelievable asset, but it is

still limited, and as connectivity spreads, both across the world and throughout the Internet of

Things (IoT), issues will emerge if Wi-Fi is our exclusive alternative. So, in 2011, a Light

Fidelity (LiFi) was introduced such that the speed is over 1 Giga bytes per second (Gbps) that

is 100 times faster than the speed of Wi-Fi we are utilizing as of now. The speed of LiFi is

additionally anticipated that would achieve 3 to 5 Gbps making it perfect for IoT and to wipe

out the constraints and limitations with Wi-Fi technology. In this paper, we discuss the idea

of integrating IoT and LiFi, as well as identified the challenges and opportunities of the

integrated system to build novel and smart solutions.

RealTime Tracking of the Photobleaching Trajectory

During Photodynamic Therapy

ABSTRACT:

Photodynamic therapy (PDT) is an alternative treatment for cancer that involves the

administration of a photosensitizing agent, which is activated by light at a constant

wavelength. These causes after the photoreaction take place. The reactive oxygen are

responsible for the death of the tumour cells and also the degradation of the photosensitizing

agent, and these causes to loss the fluorescence properties. These are commonly known as

photobleaching process and it is also considered as therapy. And this presents the design and

validation of a real time controller able to track a presetphotobleaching trajectory by

modulating the light impulses width during the treatment sessions. This innovative solution

was validated by in vivo experiments that have shown a significantly improvement of

reproducibility of the inter-individual photobleaching kinetic. We believe that this approach

could lead to personalized photodynamic therapy modalities.

HUMANOID ROBOTICS

By:T.Divya, N.Hemasri

ABSTRACT:

Humanoid robotics is an emerging and challenging research field, which has received

significant attention during the past years and will continue to play a central role in robotics

research and in many applications of the 21st century. Regardless of the application area, one

of the common problems tackled in humanoid robotics is the understanding of human-like

information processing and the underlying mechanisms of the human brain in dealing with

the real world.

Ambitious goals have been set for future humanoid robotics. They are expected to serve as

companions and assistants for humans in daily life and as ultimate helpers in man-made and

natural disasters. DARPA announced recently the next Grand Challenge in robotics: building

robots which do things like humans in a world made for humans.

Over the past decade in humanoid research, an encouraging spectrum of science and

technology has emerged that leads to the development of highly advanced humanoid

mechatronic systems endowed with rich and complex sensorimotor capabilities. Of major

importance for advances of the field is without doubt the availability of reproducible

humanoid robots systems, which have been used in the last years as common hardware and

software platforms to support humanoids research. Although it's still in its growing stage of

advanced humanoids, it is a field that has a promising future.

Inntel-Innovative Technology for Ecological Landscape

By: N. Devi Revathi, Md. Mehnaz.

ABSTRACT:

Earth has been a giving planet. Everything humans have needed to survive, and thrive, was

provided by the natural world around us. With the increasing of human evolution there are

many changes occurred in the environment. To make the human life more sustainable various

technologies are emerged. Technology is most significant in development and increased

productivity to satisfy human need, but uncontrolled technology impacts environment

negatively.

Environmental pollution, ecological systems disturbances, depletion of natural resources and

climatic changes resulting from global warming are technological influenced. The best tactic

is to press forward with technological innovation, and eventually, tech advances will help us

clean up our environment messes.

Now-a-days technologies plays a vital role in saving environment such as protecting

rainforests from loggers by utilizing real-time data to stop deforestation, to reduce bee

extinction by providing a battery powered sensor inside the hive, stop poaching with the help

of sensors and cameras. We can use even fecal sludge in to drinking water by using Omni

processors. The most significant trend in saving environment is environmental sensors has

been in personal, portable devices that measures air and water quality from our pockets or

wrists. By detecting and counting the ionizing particles we can measure the radioactivity.

While tech might not be the only factor in saving the environment, it will likely play a central

role. It will also continue to change the way we live our daily lives for years to come.

Keywords: environment, Technology, sensors, Omni-processors, real-time data, innovation,

radioactivity,.

HYPERSPECTRAL IMAGING AND APPLICATIONS

By: R.Likhitha, S.ShanjanaVanali, M.SriNitya

ABSTRACT: Electromagnetic spectrum refers to the full range of all frequencies of

electromagnetic radiation. Imaging is theprocess of forming or obtainingimages by

electronicallytracingparameterssuch as soundwaves,temperature, or chemicals etc., . Spectral

imaging is imaging using multiple bands across the electromagnetic spectrum, of which

hyperspectral imaging is one type that images a continuous spectrum of the radiation

reflected or emitted by an object.

The goal of hyper spectral imaging is to obtain the spectrum for each pixel in the

image of a scene, with the purpose of finding objects, identifying materials, or detecting

processes only limited by cost and data storage space. With improvements in Sensor

technology it is becoming a potential tool, finding applications in various fields (but not

limited to) such as agriculture, food industries, environmental monitoring, restoration of

cultural relics, surveillance and many more.

KEY WORDS:Hyperspectral Imaging, Hyperspectral applications

ALTERNATIVE FUELS

By: DivyasriKaile, Sravya

ABSTRACT:

Necessity is the mother of invention. Energy is the crisis is the cry of future. The historical

and present day civilization is closely interwoven with energy and in future. Our existence

will be more dependent upon the energy. The convention source of energy the single most

important prerequisite for power generation are depleting fast. The world is heading towards

a Global energy crisis mostly due to the running out of these energy sources; decrease in the

dependency on fossil fuels is recommended. The reason motivating the development of

alternate fuels for the IC engine is the concern over the emission problems of gasoline and

diesel engines. Another reason for alternative fuels development is the fact that large

percentage of crude oil must be imported from another countries which control the large oil

field. Now most of the alternative fuels are very vastly .Since the quantity used is very less

but many of these fuels will cost much less if the amount of their usage get to the same order

of magnitude as gasoline. Problem with alternative fuels is the lack of distribution points

where the fuel is distribution for public. The use of alternative fuels decreases the harmful

exhaust emissions such as carbon dioxide, particulate matter and sulphur dioxide as well as

ozone producing emissions. We concludes that the alternative fuel sources are environment

friendly as opposed to fossil fuels. By using alternative source we can reduce pollution. Using

alternative fuels help diminish Global warming. Due to the technological advancements

vehicles are made with fuel efficiency and also perfect hybrid vehicles are available.

Throughout the year these sources are available without affecting the environment and helps

conserve natural resources.

APPLICATION OF ELECTRONIC DESIGN

AUTOMATION IN ELECTRONIC DESIGN

By: T. Bhanu Prakash Reddy

ABSTRACT:

As electronics industry is developed, the complexity of the circuits is increased and the

growth of integrated circuits is increasing exponentially. The manufacturing process of

electronic equipment is also becoming more and more complex. Approach of artificial design

and analysis of circuits is unable to meet the general requirements; therefore, computer

simulation and analysis of circuits has become very important. On the other hand, with rapid

development of computer industry, the computer became a good option for circuit simulation.

In order to solve the design and development problems of large scale and very large-scale

integrated circuits Electronic Design Automation (EDA) technology came into existence.

And the need for Electronic Design Automation is increased. The focus of this paper is to

introduce the development and characteristics of EDA technology. It also briefly discusses

the general method of electronic design using EDA, the basic process and the trend of

development.

Keywords: Electronic design automation, EDA, integrated circuits, computer aided design,

EDA tools, and chips.

Artificial Retina using Thin Film Transistor Technology

By: BalipalliJyothi, ChakkaHimasri

ABSTRACT:

Artificial retinas have been desired to recover the sight sense for sight handicapped people.

Recently, artificial retinas using external cameras, stimulus electrodes, and three dimensional

large scale integrations (LSIs) have been actively developed for patients suffering from

retinitis pigmentosa and age related muscular degeneration. Electronic photo devices and

circuits are integrated on the artificial retina, which is implanted on the inside surface of the

living retina at the back part of the human eyeballs. In addition wireless power supply is used

to drive the object. This helps to eliminate the connection wires and to realize complete

artificial internal organs to improve the quality of life.

SMART SANITORIUM By: A.Bhavana and T.SaiSpandana

ABSTRACT:

A common man faces many complications while getting admitted in a hospital. Even, some

hospitals have certain specifications like provision of Aadharcard, documents etc and also we

have to convey our previous medical record (health report). This really lags the time and may

leads to fatal condition. Also there are some people who are unaware of the health policy

schemes provided by the govt.

These problems can be resolved by using a simple website. In the central server of

this site, we initially to store the data of patient. The data includes patient previous health

record and availability of the hospitals and about his eligibility to health policies. So, when

anyone visits the hospital, in the reception section, by placing their thumb itself, we get the

entire data of his previous health reports in website. This can be possible even with the help

of Aadhar card number. Government (health portal) manages the entire database. Initially we

get the database about health reports by scanning method and then it is even simplified using

QR code method. Finally database about the health policy schemes and availability of the

hospitals is taken from the govt. and GPS.

So, it is a novel approach and can be easily implemented. This really helps to ease the

diagnosis of the disease and evades the situation leading to tragic.

Poster Presentations

BORDER SECURITY USING WIRELESS

INTEGRATED NETWORK SENSORS(WINS)

Wireless Integrated Network Sensors (WINS) now provide a new monitoring and control

capability for monitoring the borders of the country.Using this concept we can easily identify

a stranger or some terrorists entering the border. The border area is divided into number of

nodes. Each node is in contact with each other and with the main node.The noise produced by

the foot-steps of the stranger is collected using the sensor. This sensed signal is then

converted into power spectral density and the compared with reference value of our

convenience.

WINS Initiated in 1993 under Defence advance research project agency(DARPA)in

US.LWIM (Low power wireless integrated microsensor)program began in 1995 for further

development os WINS sponsored by DARPA.In 1998, WINS NG introduced for wide varity

of application.The LWIM project à multihop, self-assembled, wireless network algorithms

for operating at micropower levels

Research paper publications

Dr.Sastry, N.N. G.nagapavani, An Ultra-Wide Band Printed Small Aperture Tapered Slot

Phased Array Antenna Covering 6-18GHZ International Journal of Engineering and

Technology(UAE) PP 2628-2632 doi: 10.14419/ijet.v7i4.127 63 2018 science publishing

corporation in scopus.

Dr.Jhansi Rani A. TanmayiSeedrala(PG Student), Analysis and Design of a Multi Octave

Circularly Polarized Monopole Antenna for UWB, X and Ku-Band Applications

International Journal of Engineering & Technology, PP 80-83 DOI:

10.14419/ijet.v7i3.4.16751 2018 science publishing corporation inc Scopus.

Dr.Pallikonda Sarah Suhasini Oggu Narendra Babu(UG Student) IOT Based Driver Safety

and Alertness System Journal of Advanced Research in Dynamical & Control Systems PP

1307-1313 1943-023X July 2018 Institute of Advanced Scientific Research

SCOPUS.

Dr.Pallikonda Sarah Suhasini BoddulaBalaji(UG stud) Integrated Assistance System for

Blind International Journal of Engineering and Advanced Technology PP 1604-1606

2249-8958 2019jan Blue Eyes Intelligence Engineering & Sciences Publication

SCOPUS.

Dr. M. Durga Prakash P. Bhargavi(PG Stud) Design and Implementation of RNS Filter using

Modular-Multipliers International Journal of Innovative Technology and Exploring

Engineering (IJITEE) PP p1325-1329 ISSN: 2278-3075, 2019 Blue Eyes Intelligence

Engineering & Sciences Publication scopus.

Dr. M. Durga Prakash G. Revanth Kumar(PG Student) An 86 dB Gain 18.06 mVrms Input-

referred Noise LNA for Bio-medical Applications International Journal of innovative

Technology and Exploring Engineering (IJITEE) PP 1611-1615 ISSN: 2278-3075, 2019 Blue

Eyes Intelligence Engineering & Sciences Publication scopus.

V. Saritha B. Teertha Priyanka(UG student), K. Rekhamchala(UGStudent), CH. Jothi Naga

Sindhura(UG Student), P. Sai Amal Mohith(UG Student), Analysis and Design of Compact

Triple Band Notched Circular Monopole Antenna Using Mushroom EBG Structures and

Compact Spiral Slotted EBG Structures International Journal of Innovative Technology and

Exploring Engineering (IJITEE) PP 520-525 ISSN: 2278-3075, Feb-19 Blue Eyes

Intelligence Engineering & Sciences Publication SCOPUS.

V. SarithaPravallikaInjarapu(UG Student), Harsha Sanka (UG Student), Naga Sai

Manasa(UG Student), VineethChowdary(UG Student) Analysis and Design of a Low

Profile Multiband Antenna for IOT Applications International Journal of Innovative

Technology and Exploring Engineering (IJITEE) PP 535-540 ISSN: 2278-3075, Feb-19

Blue Eyes Intelligence Engineering & Sciences Publication SCOPUS.

YaddanapudiSarada Devi, Ganganagunta Sai Dheeraj, Vuyala Naga Vamsi A Novel

Method to Detect the Amount of Silica Levels in Mines International Journal of

Innovative Technology and Exploring Engineering (IJITEE) pp 1022-1025 ISSN: 2278-3075,

aprl-2019 Blue Eyes Intelligence Engineering & Sciences Publication SCOPUS.

B.Alekhya I.Raviteja(UG Student), Ch. Padmanjali(UG Student), D. Venkata Sai

Kalyan(UG Student), M. VenkataRamya(UG Student) Analysis and Design of

Hexagonal Patch Antenna with Fractals for wide Band Applications International Journal of

Innovative Technology and Exploring Engineering (IJITEE) PP 583-587 ISSN: 2278-3075,

2019-june Blue Eyes Intelligence Engineering & Sciences Publication SCOPUS.

B.Alekhya Vijay gopalakamaraju. Kota(UG Students),sowmyalathamatta (UG Student)

Smart survelliance and security JASC: Journal of Applied Science and Computations

PP 1-3 ISSN NO: 1076-5131 aprl-2019 UGC approved.

k.v.ratnaprabhav.vamsisudheera(UG Student),N.lavanya( UG Student) Unified Approach

to Identification and Analysis of Noise in speech processingSystems JARDCS PP 1439-1445

ISSN: 1943-023X Apr-19 scopus.

Conferences

V B K L ArunaD Sravani (UG) Internatonal Conference on Innovations in Engineering and

management Amaravati Research Academy Design of CMOS 13TSRAM Cell for low power applications 22-23 Feb 2019 vijayawada UGC International.

V B K L Aruna T Sarmista(UG), P Lakshita(UG) Internatonal Conference on Innovations in

Engineering and Management Amaravati Research Academy Design of CMOS 13TSRAM

Cell for low power applications 22-23 Feb 2019 Vijayawada UGC International.

B Alekhya L. Sai praneeth, K. Vamsi2018 Third International Conference on Electrical,

Electronics, Communication, Computer Technologies and Optimization Techniques

ICEECCOT 2018 Detection Robot for Detecting Alive Humans during Calamities 14-

15, December 2018, Mysore IEEE & SCOPUS International 978-1-5386-5130-8/18.

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