Home automation using FPGA controller

Home automation using FPGA controller

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  AUTOMATION USING FPGA CONTROLLER
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  INTRODUCTION • For Betterlifestyle. • The comfort to the user. • FPGA controller. • Wireless Connection. • Non-Microcontroller .
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  PROBLEM DEFINATION • ComplexHome Appliance. • Wired connectivity. • Various I/P and O/p. • No Simultaneous Working.
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  OBJECTIVE • Very convinientmean. • Desktop application. • Secured over Micro-controller. • Wireless communication. • Simultaneous working.
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  Literature survey SR NO.YEAR WORK ADVANTAGES DISADVANTAGES 1. 2001 Bluetooth based Home automation •Wireless technology. •Low cost. •RF band. •Slower response. •Complex design •Large hardware 2 2002 Microprocessor based Homeautomation •Better Design •Less Expense •High Speed • Large programming . •Multiple IC’s. 3 2007 Network Monitoring • Wireless communication. •Easy Accessibility •Easily hackable •Less feature
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  SR NO. YEARWORK ADVANTAGES DISADVANTAGES 4. 2011 High FEATURE (FPGA) •Reprogrammable gates. •High speed response. •Secured Features. • Erase and ReProgrammed •Design specific •High cost •Bits Required 5. 2012 Advanced Automation. (FPGA) •More features. •High Speed. •Multiple Appliance. •Large Applications. •Vast Field and Uses. •High cost •Design specific •Volatile SRAM
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  4.BLOCK DIAGRAM
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  ALGORITHM 1.Start 2.Pair 3.Give Command 4.Verify command 5.Decodecommand 6.Perform action. 7.Next Command 8.Repeat 9.Stop
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  FLOWCHART Is BT paired? Install Application Givethe instruction If instruction recognized Pair the robot BT to android BT If instruction is “Left”,”Right”,”back”,”front”,”Light on”,”light off”,”motor on “,”motor off” Give instruction to ROBOT to navigate accordingly,and to switch on off light and motor a aYes Yes No No START
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  TECHNICAL DETAILS 1.Control andMonitoring Devices(FPGA). 2.Bluetooth Interface 2.Mobile Application 3. Temperature (LM35) & Gas sensor (MQ-6)
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  PROJECT DEVELOPMENT 1.Circuit diagram 2.VHDLProgramming . 3. FPGA with Bluetooth module. 4. Applying Appliance . 5.Java application . 6. Bonding Communication.
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  APPLICATION’s • Complex devices. •Large scale industrial uses. • Less Delay . • VLSI support.
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  ADVANTAGE’s • Smart home. •Better than micro-controller. • Multi-tasking. • High speed response.
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  References • Bluetooth SIG,Inc. (2010). The official Bluetooth® technology info site.[Online]. Available: http://www.bluetooth.com • R. Shepherd, “Bluetooth wireless technology in the home,” Journal of Electronics and Communication Engineering, vol. 13, no. 5, pp. 195-203, Oct. 2001. • N. Sriskanthan, F. Tan, and A. Karande, “Bluetooth based home automation system.” Microprocessors and Microsystems, no. 26, pp. 281 - 289, 2002.
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  • [4] G.Song, Z. Wei, W. Zhang and A. Song, “Design of a networked monitoring system for home automation,” IEEE Trans. on Consumer Electronics, vol. 53, no. 3, pp. 933 - 937, Aug. 2007. • Sheikh Izzal Azid, Sushil Kumar,”Analysis and performance of a low cost sms based home security system”,july.2011 • Anindya Maiti,”Home automation as a service”,june.2012