SlideShare a Scribd company logo
1 of 17
MICROCONTROLLER BASED
INTERACTIVE VOICE RESPONSE
SYSTEM
Accomplished by :
Swapnil Madali ( Roll No 18 )Swapnil Madali ( Roll No 18 )
Harsh Mehta ( Roll No 24 )Harsh Mehta ( Roll No 24 )
Pranoy Balakrishnan ( Roll No 61 )Pranoy Balakrishnan ( Roll No 61 )
Abhishek Nadkarni ( Roll No 68 )Abhishek Nadkarni ( Roll No 68 )
fromfrom : BE ET-2: BE ET-2
What isWhat is IVRSIVRS ??
• Bridge between People and Computer databasesBridge between People and Computer databases
• No Human InterfaceNo Human Interface
• Information can be accessed from anywhereInformation can be accessed from anywhere
• Information can be accessed at anytimeInformation can be accessed at anytime
OUROUR AIMSAIMS FOR THE PROJECTFOR THE PROJECT
• Practically apply what we have learned in theoryPractically apply what we have learned in theory
• Involve both - Hardware & SoftwareInvolve both - Hardware & Software
• Highly Economical and EfficientHighly Economical and Efficient
• Extensibility & flexibilityExtensibility & flexibility
• Devoid of Human InterfaceDevoid of Human Interface
• User FriendlyUser Friendly
• Provide a hands on ExperienceProvide a hands on Experience
Isolation
Transformer
RS232
Cables
Computer
MAX232
Chip
Micro
Controller
89S52
Ring
Detector
DTMF
Decoder
8870
Relay
Control
Relay
control for
Audio
Relay
Activation
Circuit
Voice
chip
Telephone
PROJECT
Assembly
Language
Programming
Application
Circuit
Primary
Circuit
SOFTWAREHARDWARE
Visual Basic 6.0
PHASES OF PROJECT
Input
from
line
Telephone
1k
21
100k
21
10k
21
56k
2
1
IN914
6N139
20n
1 2
22M
2
1
100n
1
2
100k
21
5V
2N2095
P2.5
GND
100n
1 2
9
3
P2.1
X1
P2.2
5
RST
10k
2
1
P1.2
19
X2
P2.6
14
47pf
1
2
P1.3
28
2
P1.0
5V
P2.0
18
10uf/10V
1
2
20
4
P3.4
89S52
1
12
27
31
26
P1.4
5V
P3.2
VCC
40
47pf
1
2
P2.7
P2.3
P1.1
390E
2
1
-T
100k
2
1
1M
2
1
7400
1
AST
122
3
3 5V
4
47p/16V
9
D1N4148 5V
BC516
-T
5
1M
2
1
RET
6
Q
2
RST
5V
Rx
4047IC
10
2.7k
2
1
8
4.7M
2
1
1
AST
100n
1
2
RCC Cx
1:1 600 ohmD1N4148
100 n
1 2
12 V
BC 547
BC 547
820 E
21
8.2k
2
1
5.6 V / 250 mW
5.6 V / 250 mW
8.2k
2
1
5 V
1 k
21
Q4
10
4
6
8
IN+
OSC1
1
5
Q1
5 V
OE
EST
IC
56k
2
1
7
ET/GT
3
100 n
1 2
Q3
270k
2
1
IC8870
13
17
IC
Q2
STD
OSC2
16
2 15
14
100k
2
1
IN-
12
10 k
21
11
39k
2
1
10k
21
10n
1 2
10n
1 2
100k
21
100k
21
CHIP
OUTPUT
GIVEN ON
TELEPHONE LINE
VOICE
Primary Circuit of Project
RING DETECTION CIRCUIT SHOWING PRESENCE OF RING
PRIMARY CIRCUIT IN ITS ACTUAL FORM
Application Circuit involving Voice Chip
RECORDING OF MESSAGE - FLEXIBILITY
PLAYING OF MESSAGE
Start
Initialization
Wait for user response
Call delay of 10 sec
Message played accordingly
Relay 2 & 1 disconnected
Stop
Yes
No
No
Yes
P2.5
high ?
Count the no. of high & low pulses
Relay 1 & 2 is connected and welcoming message is played
SYSTEM SOFTWARE FLOWGRAPH
P2.5
high ?
ENTIRE CIRCUIT OF IVRS
FUTURE DEVELOPEMENT
• Can Enhance its Real Time Operation because
of the Application PCB Flexibility
• Can be Interfaced with Computer for Serial
Communication ( using VB 6.0 )
• PC can be source to an Ocean of messages using
multistage Response
AIMSAIMS ACHIEVEDACHIEVED ??
• Practically applied what we have learned in theory -Practically applied what we have learned in theory - YESYES
• Involve both - Hardware & Software -Involve both - Hardware & Software - YESYES
• Highly Economical and Efficient -Highly Economical and Efficient - YESYES ( Cost Rs. 2583 )( Cost Rs. 2583 )
• Extensibility & flexibility -Extensibility & flexibility - YESYES ( Microphone present )( Microphone present )
• Devoid of Human Interface -Devoid of Human Interface - YESYES
• User Friendly -User Friendly - YESYES
• Provide a hands on Experience -Provide a hands on Experience - YESYES
CONCLUSIONSCONCLUSIONS
• Excellent & Efficient way to satisfy small concern
• Very simple, as explained in modular format
• Gives clear understanding of various areas of technology involved
in compact & crisp manner
• Errors can be easily detected & only defective component of the
unit needs to be replaced
• Especially important to start – ups since the cost involved is less
• Wide application in schools & colleges
example :-
results of examinations can be stored and the candidates can
access it via their telephone rather than come all the way to their
institution !
ACKNOWLEDGEMENTSACKNOWLEDGEMENTS
Prof. Archana Gawad ( Internal Guide )Prof. Archana Gawad ( Internal Guide )
Dr. A.M. Salsingikar ( HOD, EXTC )Dr. A.M. Salsingikar ( HOD, EXTC )
Prof. A. Deshpande ( Principal, ACE )Prof. A. Deshpande ( Principal, ACE )

More Related Content

Similar to BE Project Presentation on IVRS

75600403 automatic-plant-irrigation-system
75600403 automatic-plant-irrigation-system75600403 automatic-plant-irrigation-system
75600403 automatic-plant-irrigation-system
stk25
 
PC based Oscilloscope
PC based OscilloscopePC based Oscilloscope
PC based Oscilloscope
Sayyed Z
 

Similar to BE Project Presentation on IVRS (20)

Download file
Download fileDownload file
Download file
 
First_Bin_Jan_2015
First_Bin_Jan_2015First_Bin_Jan_2015
First_Bin_Jan_2015
 
Main cerificate
Main cerificateMain cerificate
Main cerificate
 
poster
posterposter
poster
 
Report star topology using noc router
Report star topology using noc router Report star topology using noc router
Report star topology using noc router
 
75600403 automatic-plant-irrigation-system
75600403 automatic-plant-irrigation-system75600403 automatic-plant-irrigation-system
75600403 automatic-plant-irrigation-system
 
AREA EFFICIENT 3.3GHZ PHASE LOCKED LOOP WITH FOUR MULTIPLE OUTPUT USING 45NM ...
AREA EFFICIENT 3.3GHZ PHASE LOCKED LOOP WITH FOUR MULTIPLE OUTPUT USING 45NM ...AREA EFFICIENT 3.3GHZ PHASE LOCKED LOOP WITH FOUR MULTIPLE OUTPUT USING 45NM ...
AREA EFFICIENT 3.3GHZ PHASE LOCKED LOOP WITH FOUR MULTIPLE OUTPUT USING 45NM ...
 
Design and implementation of 32 bit alu using verilog
Design and implementation of 32 bit alu using verilogDesign and implementation of 32 bit alu using verilog
Design and implementation of 32 bit alu using verilog
 
Facebook Open Cellular Overview
Facebook Open Cellular OverviewFacebook Open Cellular Overview
Facebook Open Cellular Overview
 
WIRELESS HOME AUTOMATION USING PIC MICROCONTROLLER BASED ON RF-MODULE
WIRELESS HOME AUTOMATION USING PIC MICROCONTROLLER BASED ON RF-MODULEWIRELESS HOME AUTOMATION USING PIC MICROCONTROLLER BASED ON RF-MODULE
WIRELESS HOME AUTOMATION USING PIC MICROCONTROLLER BASED ON RF-MODULE
 
Wireless display board
Wireless display boardWireless display board
Wireless display board
 
Designing Reliable Medical Devices by Solving Common Interconnect Challenges ...
Designing Reliable Medical Devices by Solving Common Interconnect Challenges ...Designing Reliable Medical Devices by Solving Common Interconnect Challenges ...
Designing Reliable Medical Devices by Solving Common Interconnect Challenges ...
 
Visitor counter
Visitor counterVisitor counter
Visitor counter
 
vlsi ajal
vlsi ajalvlsi ajal
vlsi ajal
 
Major_project_b.tech_sem8_may_2018
Major_project_b.tech_sem8_may_2018Major_project_b.tech_sem8_may_2018
Major_project_b.tech_sem8_may_2018
 
BUILD CIRCUIT TO GENERATE FSK FREQUENCY SHIFT KEYING.pptx
BUILD CIRCUIT TO GENERATE FSK FREQUENCY SHIFT KEYING.pptxBUILD CIRCUIT TO GENERATE FSK FREQUENCY SHIFT KEYING.pptx
BUILD CIRCUIT TO GENERATE FSK FREQUENCY SHIFT KEYING.pptx
 
PC based Oscilloscope
PC based OscilloscopePC based Oscilloscope
PC based Oscilloscope
 
Vlsi ncrtcc
Vlsi ncrtccVlsi ncrtcc
Vlsi ncrtcc
 
OBSTACLE AVOIDACE ROBOT USING ARDUINO UNO AND ULTRASONIC SENSOR
OBSTACLE AVOIDACE ROBOT USING ARDUINO UNO AND ULTRASONIC SENSOROBSTACLE AVOIDACE ROBOT USING ARDUINO UNO AND ULTRASONIC SENSOR
OBSTACLE AVOIDACE ROBOT USING ARDUINO UNO AND ULTRASONIC SENSOR
 
Poster_group22
Poster_group22Poster_group22
Poster_group22
 

BE Project Presentation on IVRS