ZIGBEE BASED WSN AND SERVICE ROBOT INTO AN INTELLIGENT

Transcription

1 HOME SYSTEM USING ARM 7 ZIGBEE BASED WSN AND SERVICE ROBOT INTO AN INTELLIGENT Kajal R. Gat 1, Prof. V.G.Puranik 2 Volume 6, Issue 6, June (2015), pp Article Id: International Journal of Electronics and Communication Engineering & Technology (IJECET) IAEME: ISSN (Print) ISSN (Online) IJECET I A E M E 1 Student, Department of Electronics and Telecommunication Vishwabharti Academy s College of Engineering Ahmednagar, Sarola Baddi, Ahmednagar , India 2 Assistant Professor, Department of Electronics and Telecommunication Vishwabharti Academy s College of Engineering Ahmednagar, Sarola Baddi, Ahmednagar , India, ABSTRACT In this paper, smart home system is implemented using Wireless Sensor Network (WSN) and Service Robot. This system is low cost, low power and multifunctional based on Zigbee technology. The Zigbee technology is used for wireless communication protocol. Devices such as Temperature sensor, LDR sensor, Humidity sensor, Gas sensor, Light Fan, DC motor, GPRS Modem and buzzer are integrated in the system of the smart home system. Service Robot is used in smart home system. Robot is used for household application i.e. for picking and placing operation. Sensor node consists of sensing and processing and communication. Wireless Sensor Nodes communicate each other by wirelessly. Keywords: Camera, GPRS, LPC2148, PC, Sensors, Service robot, Smart home system, Wireless sensor network, Zigbee. I. INTRODUCTON Smart environment is a physical world that is connected to a network.wsn uses various sensor nodes. Sensor nodes consist of sensors and actuators. Generally this system improves the life quality of physical disabilities and aged person.wsn consists of few to thousands nodes and each node are connected to each other. This system is low power and low cost system so only two senor nodes are used. Robot is used for home application. Various Wireless technologies are available. Here Zigbee technology is used editor@iaeme.com

2 II. RELETED LITERATURE Fig 1: Wireless Sensor Network Basically this project can be differentiate by 3 main technology such as PC, Zigbee wireless technology and LPC 2148 which play an important roles to develop a better, compatible, user friendly and cost efficient smart home system than other existing system. In general, this project consists of two major parts that need to be developed; Hardware and software. For the hardware part it consists of system board which includes LPC2148, Zigbee, sensors, GPRS modem and some basic electronic components. A. Practical design of intelligent living-space based on Bluetooth System: In this paper, intelligent home system based on Bluetooth technology as practically design and implemented in a living room, which was supported by the Taiwan Education Ministry under Projects of Improving Teaching Superiority Taiwan colleges [3]. B. Zigbee based home automation wireless sensor network: This paper describes the Zigbee standard for wireless sensor network [4]. C. Bluetooth Remote Home Automation System Using Android Application: In this paper, Home automation system is based on Bluetooth technology by using android application. Bluetooth technology is to provide access from smart home. D. Human Machine Interface: The smart home application is deals with machine-oriented communications (MOC). The term MOC means technical systems construction principle where interaction of two or more entities and at least one entity does not necessarily require human interaction or intervention in the communication process. So, the main part of the modern smart home functions relates to the scope of MOC editor@iaeme.com

3 III. SYSTEM DEVELOPMENT By studying the existing technology of smart home system but there are many drawbacks so this system is proposed. This system is low cost and multifunctional also low power is required. Wireless Sensor Network to create a smart system.wsn consists of two nodes i.e. Master node and Slave node.wsn used for communication purpose. So various sensor nodes placed in home system. Home section is divided in two sections: Room Section and Pick and Place Robot Section Master nodes means Room section and Slave nodes means Pick and place robot section. In Room section various sensors are implemented such as Temperature sensor, LDR sensor, Humidity sensor, Gas sensor. Zigbee Transmitter connected in Room section. All sensor values are indicated on display but when critical condition arises particular action will takes place. When Temperature value increases above threshold value then buzzer will alarm simultaneously display HIGH TEMPERATURE and Fan is ON till temperature will slow down. When gas is detected buzzer will alarm and display smoke detected on LCD Display.LDR sensor indicates normal value but when threshold voltage increases light will be on and display sensor value. Humidity sensor indicates normal value but when humidity increases buzzer will alarm and display sensor value. All this data posted to web page through GPRS server. Slave node means pick ad place robot section, in this section Zigbee receiver is connected. In this section robot is used as picking and placing purpose. Robot will perform various actions like left, right, up, down, open, close, front, back and stop. RF wireless camera mounted on robot section for live video monitoring through PC or Laptop. Fig 2: Block diagram of Room Section 50 editor@iaeme.com

4 Fig 3: Block diagram of Pick and Place Robot Section A. LPC 2148 Microcontroller The LPC2141/42/44/46/48 microcontrollers are based on a 16-bit/32-bit ARM7TDMI-S. Flash memory ranging from 32 kb to 512 kb. Tiny size and low power consumption,. Serial communications interfaces ranging from a USB 2.0 Full-speed device, multiple UARTs, SPI, SSP to I2C-bus and on-chip SRAM of 8 kb up to 40 kb, make these devices very well suited for communication. Various 32-bit timers, single or dual 10-bit ADC(s), 10-bit DAC, PWM channels and 45 fast GPIO lines. Suitable for industrial control and medical systems. B. ZIGBEE Technology ZigBee is a high-level communication protocols. ZigBee is based on an IEEE standard. Though its low power consumption limits transmission distances to meters line-ofsight, depending on power output and environmental characteristics,. ZigBee is typically used in low data rate applications that require long battery life and secure networking. ZigBee has a defined rate of 250 kbit/s,. C. GPRS Module GPRS (General packet radio service) is expected to profoundly change the mobile data services that GSM, CDMA and TDMA network operators can offer. GPRS will increase opportunities for higher revenues the number of kilobytes of data transferred). GPRS combines mobile access with Internet protocol (IP)-based services, using packet data transmission that makes highly efficient use of radio spectrum and enables high data speeds. It gives users increased bandwidth, making it possible and cost-effective to remain constantly connected, as well as to send and receive data as text, graphics and video editor@iaeme.com

5 D. Flow Chart Fig 4: Flow Chart for Room Section Fig 5: Flow Chart for Robot Section IV. RESULT & DISCUSSION The system evaluation the following conditions are analyzed. Table 1: Sensor Conditions SENSOR NORMAL CONDITION CTRITICAL CONDITION ACTION Temperature 0-40 >40 Fan ON LDR >200 <200 Light ON Gas LOGIC 1 LOGIC 1 Buzzer ON Humidity <50 >50 Buzzer ON 52 editor@iaeme.com

6 Fig 6: Display all sensor values Fig 6 shows that when Light Dependent Resistor Sensor below threshold value i.e <200 then Light is ON. Fig 7: When LDR<200, Light ON Fig 7 shows When temperature increases above its threshold value then Display high temperature. and Fan is ON while temp is lower down. Fig 8: When temperature increases above its threshold value Fig 9: Fan ON In figure 9 Gas values increases above a threshold value, it displayed Smock Detected on lcd display also Buzzer ON. Fig 10: Gas values increases above its threshold value 53 editor@iaeme.com

7 In pick and place robot section, robot is used as picking and placing purpose. Robot will perform various actions like left, right, up, down, open, close, front, back and stop. Fig 11: Key 3 press for STOP operation In ROOM section GPRS modem is used. All this data posted to web page through GPRS server. Fig 12: Data Display on GPRS server RF camera mounted on its top of robot and continuously live video monitors the PC/LAPTOP Fig 13: Real time image of wireless camera 54 editor@iaeme.com

8 V. HARDWARE SETUP Fig 14: Room Section Fig 15: Pick and place Robot Section VI. CONCLUSION In this paper, we implement a smart home system using WSN and service robot. This system is low power, low cost and improved security level. This system is useful in various purpose like Military target tracking, Health care monitoring, Environment control systems and Smart Homes. We can implement this system using ARM 11 also. VII. ACKNOWLEDGMENT I am very much thankful to the most respected Prof V.G. Puranik Department of Electronics and telecommunication VACOEA who at very discrete step in study of this subject, contributed his valuable guidance and helped to solve every problem that arise. I am very much thankful to HOD Prof. V.S. Dhongde, for her persistent inspiration. I would like to extend my special thanks to Principal Dr. A.K. Kureshi for spending his valuable time to go through my report and providing many helpful suggestions editor@iaeme.com

9 REFERENCES 1. Soares, S.G., Tak a o, T.B., da Rocha, A., Ara u jo, R.A.M., and Barbosa, T.A.: Building Distributed Soft Sensors, International Journal of Computer Information Systems and Industrial Management Applications, 2011, 3, pp Sharma, U., and Reddy, S.: Design of Home/Office Automation using Wireless Sensor Network, International Journal of Computer Applications, 2012, 43(22), pp Chun-Liang Hsu, Teng-Yaw Hsu, Kuan-Yen Ho, and Wei-Bin WU from E.E Department of Saint John s University No. 499, Sec. 4, Tang-kin Rd. Taipei County, Taiwan REPUBLIC OF CHINA 4. Michal VARCHOLA, Milos DRUTAROVSKY, Department of Electronics and Multimedia Communications, Technical University of Kosice.. 5. LI Li, LIU Yuan-an, TANG Bi-hua: SNMS: an intelligent transportation system network architecture based on WSN and P2P network, The Journal of China universities of posts and telecommunications, 2007, 14(1) pp R. Szewczyk, A. Mainwaring,J. Polastre,D.Culler. :An analysis of a large scale habitat monitoring application, Proceedings of the Second ACM conference on Embedded Networked Sensor Systems (SenSys), 2004,pp Lingaraj.K, Lokesh.K.S, Nagaveni.V.Biradar and Chowdari.K.K, Research on Key Pre- Distribution Scheme of Wireless Sensor Networks International journal of Electronics and Communication Engineering &Technology (IJECET), Volume 4, Issue 2, 2013, pp , ISSN Print: , ISSN Online: Sachin Gajjar, Mohanchur Sarkar and Kankar Dasgupta, Performance Analysis of Clustering Protocols For Wireless Sensor Networks International journal of Electronics and Communication Engineering &Technology (IJECET), Volume 4, Issue 6, 2013, pp , ISSN Print: , ISSN Online: Sarang D. Patil. and Prof. S.N. Pawar, Wireless AMR System Using Zigbee Technology International journal of Electronics and Communication Engineering &Technology (IJECET), Volume 3, Issue 2, 2012, pp , ISSN Print: , ISSN Online: Miss. Smita B. Garde and Prof. S.L.Kotgire, Coalmine Safety System With Zigbee Specification International journal of Electronics and Communication Engineering &Technology (IJECET), Volume 4, Issue 2, 2013, pp , ISSN Print: , ISSN Online: editor@iaeme.com