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VISVESVARAYA TECHNOLOGICAL UNIVERSITY Electronics and Communication Engg. UNDER the GUIDANCE OF VISVESVARAYA TECHNOLOGICAL UNIVERSITY Belgaum-590014, Karnataka PROJECT REPORT ON TRAFFIC LIGHT CONTROL SYSTEM FOR EMERGENCY VEHICLES AND AUTOMATIC DETECTION OF TRAFFIC SIGNAL VIOLATION Submitted in the partial fulfillment for the award of the degree of Bachelor of Engineering in Electronics and Communication Engg. By SANJAY. MS - (1NH11EC092) RABAB BASHEER - (1NH11EC074) RAKESH.R - (1NH11EC080) UNDER THE GUIDANCE OF Mr. RAM Mrs. Divya Sharma Lecturer, ECE Dept, NHCE Lecturer, ECE Dept, NHCE Department of Electronics & Communication Engineering, New Horizon College of Engineering, Bengaluru - 560103, Karnataka. 2015-16 NEW HORIZON COLLEGE OF ENGINEERING (Accredited by NBA, Permanently affiliated to VTU) Kadubisanahalli, Panathur Post, Outer Ring Road, Near Marathalli, Bengaluru-560103, Karnataka DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGG. CERTIFICATE This is to certify that the project work entitled TRAFFIC LIGHT CONTROL SYSTEM FOR EMERGENCY VEHICLES AND AUTOMATIC DETECTION OF TRAFFIC SIGNAL VIOLATION is a bonafide work carried out by SANJAY.M.S, RABAB BASHEER, RAKESH.R, bearing 1NH11EC092, 1NH11EC074, 1NH11EC080 in partial fulfillment for the award of degree of Bachelor of Engineering in Electronics & CommunicationEngg. of the Visvesvaraya Technological University, Belgaum during the academic year 2015 - 16. It is certified that all corrections / suggestions indicated for internal assessment has been incorporated in the project report deposited in the departmental library & in the main library. This project report has been approved as it satisfies the academic requirements in respect of project work prescribed for the Bachelor of Engineering Degree in ECE. …………………….. ……………………… ……………………... Guide HoD Principal Mr. RAM Dr. Sanjay Jain Dr. Manjunatha Names of the Students: (i) Sanjay.M.S (ii) Rabab Basheer (iii) Rakesh.R University Seat Numbers: (i) 1NH11EC092 (ii) 1NH11EC074 (iii) 1NH11EC080 External Viva / Orals Name of the internal / external examiner Signature with date 1…………………………… …………………… 2…………………………… …………………… Traffic light control for emergency vehicles & Automatic detection of signal violation ACKNOWLEDGEMENT First we are very thankful to our college New Horizon College of Engineering for providing us an opportunity to work on this project as part of our academics. This project would have not been possible without the guidance and help of several individuals, who in one way or another contributed and extended their valuable assistance in the preparation and completion of the project. We express our gratitude to Dr MANJUNATHA (Principal), Dr SANJAY JAIN (HoD) who stood by us in all our endeavors and willingly permitted us to work on this project. We express our outmost gratitude to our beloved guide Mr RAM and Mrs DIVYA SHARMA. (Senior Asst. Professor) Dept of ECE, for her invaluable support, suggestions, precious advice and patient guidance. RABAB BASHEER RAKESH R SANJAY M.S Dept of ECE, NHCE Traffic light control for emergency vehicles & Automatic detection of signal violation CONTENTS CHAPTER TITLE PAGE 1.1 ABSTRACT 1 2.1 LITERATURE SURVEY 2 2.1.1 OVWERVIEW 2 2.1.2 CURRENT STUDY OF 2 TRAFFIC LIGHT 3.1 INTRODUCTION TO 5 MODULE 1 3.2 INTRODUCTION TO 6 MODULE 2 4.1 AIM OF PROJECT MODULE 1 8 4.2 AIM OF PROJECT MODULE 2 9 5.1 IMPLEMENTATION PLATFORM 10 6.1 HARDWARE DESCRIPTION 12 6.1.1 ARM BASED LPC2148 12 PROCESSOR 6.1.2 ZIGBEE TRANSCEIVER 13 6.1.3 RFID TAGS AND READERS 14 6.1.4 GSM 16 6.1.5 LED LIGHTS 17 6.1.6 5 DIFFERENT KEYS 17 6.2 SOFTWARE DESCRIPTION 17 6.2.1 KEIL VERSION 17 6.2.2 FLASH UTILITY 17 7.1 IMPLEMENTATION METHOD 18 FOR MODULE2 7.2 PRINCIPLE OF WORK 19 Dept of ECE, NHCE Traffic light control for emergency vehicles & Automatic detection of signal violation 7.3 PRE REQUISITE CONDITIONS 19 7.4 BLOCK DIAGRAM OF AMBULANCE 20 PART 7.5 FLOW CHART FOR AMBULANCE 21 7.5.1 EXPLANATION OF FLOW CHART 22 7.6 INTERFACING TRAFFIC WITH LPC2148 23 7.6.1 ARM7 LPC2148 PRIMER BOARD 23 7.6.2 ARCHITECTURAL OVERVIEW 23 7.6.3 APPLICATIONS 24 7.6.4 INTERFACING TRAFFIC LIGHTS 25 7.6.5 SOURCE CODING 25 7.6.6 TESTING THE TRAFFIC LIGHT 25 CONTROLLER WITH LPC2148 7.6.7 PIN DIAGRAM 26 7.6.8 DESCRIPTION 27 7.6.9 PIN CONTROL MODULE 27 7.7 PIN FUNCTION SELECT REGISTER 28 VALUES 7.7.1 PIN CONFIGURATION FOR 29 CONNECTING SIGNAL TO PROCESSOR 8.1 IMPLEMENTATION PLATFORM 30 FOR MODULE 2 8.2 IMPLEMENTATION METHOD 32 FOR MODULE 2 8.3 PRINCIPLE OF WORKING 33 8.4 PRE REQUISITE CONDITIONS 33 8.5 PICTORIAL REPRESENTAION 35 8.6 BLOCK DIAGRAM OF SIGNAL PART 36 8.7 BLOCK DIAGRAM OF VEHICLE PART 37 Dept of ECE, NHCE Traffic light control for emergency vehicles & Automatic detection of signal violation 8.8 FLOW CHART FOR MODULE2 38 8.8.1 EXPLANATION OF FLOW CHART 39 8.9 CODING PART OF MODULE 2 40 9.1 APPLICATIONS 50 10.1 CONCLUSION 51 11.1 REFERENCES 52 Dept of ECE, NHCE Traffic light control for emergency vehicles & Automatic detection of signal violation LIST OF FIGURES FIG 3.1 Problems faced by algorithm FIG 3.2 Violation of traffic signal FIG 4.1 Traffic free path for ambulance FIG 4.2 Indication of red signal FIG 5.1 Block dgm of embedded system FIG 5.2 Block dgm of Microcontroller FIG 6.1.1 LPC2148 processor FIG 6.1.2 ZIGBEE transceiver FIG 6.1.3 RFID tags and readers FIG 6.1.4 Structure of GSM network FIG 7.4 Block dgm of ambulance part FIG 7.5 Flow chart for ambulance FIG 7.6.4 Connection of LEDs in traffic signal module FIG 7.6.7 Pin dgm of LPC2148 FIG 7.6.9 Pin control module FIG 7.7 Pin function select register values Dept of ECE, NHCE Traffic light control for emergency vehicles & Automatic detection of signal violation CHAPTER 1 1.1 ABSTRACT The Intelligence RF Traffic Light Control for Ambulance is a device that can allows an ambulance and emergency vehicles to pass through traffic light that remotely. So, it minimizes the number of accidents involving emergency vehicles nowadays during emergency case. The Radio Frequency (RF) transmitter and receiver circuit is the main circuit in the system. The RF transmitter circuit has the transmitter module and encoder to send the signal to the RF receiver circuit. The RF receiver circuit has a receiver module to receive the signal and decoder to convert the signal into original signal and send it to the output. The RF receiver circuit is combining with the traffic light circuit control by arm based LPC 2148 processor. Traffic lights play an imperative role in traffic management. Traffic lights play an important role in the traffic management. Existing Automatic Traffic Light Violation Detection System is based on the camera’s to detect the violator. This system has a number of limitations like blurry image due to motion , poor image resolution because the number plate is far away, poor lightening, different fonts . The proposed system improves the accuracy of Automatic Traffic Light Violation Detection system as well as helps to trace out the stolen vehicles using RFID. The real time implementation of both the modules, which are named as The traffic light control system for emergency vehicles Automatic detection of traffic signal violation is one of the ways in saving lives making the traffic system safe, driver friendly and convenient at the same time as well. Dept of ECE, NHCE 1 Traffic light control for emergency vehicles & Automatic detection of signal violation CHAPTER 2 2.1 LITERATURE SURVEY 2.1.1 Overview Literature survey is the most important step in development process. Before developing the tool it is necessary to determine the time factor, economy and company strength. Once these things are satisfied, then next steps is to determine which operating system and language can be used for developing the tool. Once the programmers start building the tool the programmers need lot of external support. This support can be obtained from senior programmers, from book or from websites. Before building the system the above consideration are taken into account for developing the proposed system. This chapter will explain the research related to the wireless communication system and how the knowledge can be manipulated to make use of “Intelligence RF Traffic Light Control for Ambulance”. Next, the basic information about component parts will be discussed briefly. This chapter increase deeper understanding about basic wireless communication system and several component parts are use according. 2.1.2 Current Study of Traffic Light Road signs in Malaysia are standardized road signs similar to those used in other nations but with certain distinctions. Until the early 1980s, Malaysia closely followed Australian and Japanese practice in road sign design, with diamond-shaped warning signs and circular restrictive signs to regulate traffic. Signs usually use the series fonts (Highway Gothic) typeface also used in the United States, Canada, and Australia, although some signs on recently completed expressways use transport heavy Malaysian traffic signs use Malay, the official and national language in Malaysia. The use of traffic lights to control the movement of traffic differs regionally and internationally in certain respects. In Malaysia, flashing red is the equivalent of a stop sign while flashing yellow indicates that the opposing traffic may enter the intersection at any time, but drivers should exercise Dept of ECE, NHCE 2 Traffic light control for emergency vehicles & Automatic detection of signal violation caution. This may be used when there is a malfunction with the signals, or late at night when there is little traffic. A single four-way flashing yellow light (with no red light above or green below) may be used at more major intersections on otherwise fast, low traffic rural roads (where full traffic lights or four-way stop signs may not be entirely appropriate, and static Stop/Yield signs may be ignored, obscured, or even stolen) as an advanced warning to slow down and proceed across with caution.
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