Geo Location Tourist guide Using RF

Geo Location Tourist guide Using RF

In national parks or any other public place where huge tourist attractions so on there we need directional guides to inform tourist about his location and the area. To solve this problem we make Wireless  system that which guidance tourist using RF technology that works wirelessly to guide tourist about his current location. This proves as a very handy and convenient medium for guiding tourists through the park. This system proposes to replace also the boards which mounted through such parks. System uses an RF receiver circuit in order to track user. The user may carry the circuit with him. It then consists of RF transmitters placed at various locations across the park. These  transmitters RF signals. When the  RF  receiver it detects that the user is in range of that particular RF  transmitter. This signals it to display the location of the tourist. Each location area is identified uniquely by RF transmitter module. When user enters in to that area then at receiver side its  displays the information about that place on an LCD screen.

Block Diagram:-

Hardware Specifications:-

• RF 434mhz module
• HT12D
• HT12E
• AT89S51 Microcontroller
• LCD display
• Power supply
• LED

Software Specifications:-

• MC Programming Language: embedded C
• Keil  version IDE

Click Here To Download Geo Location Tourist guide Using RF System Projects 

Wireless Area Load shedding Management System Using Xbee Module

Wireless Area Load Shedding Management System  Using Xbee Module

The world today’s facing the most critical Problem of not getting the regular power.in many low background areas such as village there is people gets suffer from long time no power supply while some high city areas are having continuous power supply so it’s important To providing power supply fairly in all areas as well as cut off the power supply fairly in all areas.

To manage this problem here we introduce wireless area load management using Xbee module system which is placed at control room from where u can control your areas power supply at the distance of 1km.We are using Xbee protocol for the wireless communication between transmitter site and particular area and we control the power supply of area using numerical keypad. Particular areas power supply is depends as per commands on numerical keypad and turns on and off.

Block diagram :-

In this system we use the xbee module which is main advantage of using xbee protocol is that the nodes require very less amount of power so it can be operated from battery. At the transmitter end commands first receive by the numerical keypad and its send to xbee module which placed at transmitter site and then this commands sends to the receiver end xbee modules and after that send to the AT89S51 microcontroller, then microcontroller process the data and turns on and off the light of area at the receiver end and status will be shown on LCD.

so when the user press 1 from the numerical keypad the area 1 gets off . when the user press 2 from the keypad it turns on the area 1 . When the user press 3 from the keypad it again on the second area and this goes on continuing with the other keypad . so the main aim is to control the area from the distance of 1 km as xbee module can cover area upto 1 km..

  Hardware specifications:-

·          LCD

·         AT89S51 Micro-controller

·         Relay And Connectors

·         relay Driver 

·         Xbee module

·         Numerical Keypad

·         Power supply

·         LED

Software specifications:-

·         MC programming language: Embedded c

·         Keil studio µ version

Click Here to Download Data Of  Wireless Area Load Shedding Management System  Using Xbee Module System Project