Journal of Electronics and Communication Systems

Review on Long Range Solar Power Spy Robot

Vikash Singh, Anshika Sharma, Vinit Kumar, Sukanya, Poornima Gupta — Sun, 11 Dec 2016 00:00:00 +0530

A Spy robot is a machine which can be controlled by the cell phone. The cell phone has
twelve buttons to control the robot in four directions and also to perform other
functionalities. This spy robot holding four technologies together, they are- Human Motion
Detection using Passive Infrared Sensor, Metal Detection, Night Vision Wireless Camera and
LED Flasher. PIR sensor detects the changes in the IR levels emitted by the humans. It can
detect the levels of Infrared Radiations. Robot motion, Metal Detection, Night Vision
Wireless Camera and LED Flasher is done by DTMF Technology. The system used two
mobile phones, one to control the robot that sends DTMF commands via call to another
mobile phone mounted on the robot vehicle. A DTMF decoder, metal detector and LED
Flasher are interfaced with the microcontroller of 8051 family.

Indian License Plate Recognition – A Review

Varsha K. Hadke, Rutuja K. Deode, Sonali P. Shejwal — Tue, 11 Oct 2016 00:00:00 +0530

Automatic Number Plate Recognition (ANPR) is a real time embedded system which
identifies the characters directly from the image of the license plate. Due to the different
types of number plates being used, the requirements of an automatic number plate
recognition system are different for each country. License plate detection is an important
stage in vehicle license plate recognition for intelligent transport systems. This paper
presents approaches for license plate detection for Indian license plates. The basic step of
license plate detection is localization of number plate. An extensive experimentation has been
carried out for various types of Indian license plate to verify and authenticate the results. The
aim of this paper is to study and evaluates accuracy at each stage of license plate detection
algorithms.

Review on Wireless Controlled Spy Robot

Vikash Singh, Anshika Sharma, Vinit Kumar, Sukanya, Poornima Gupta — Fri, 30 Dec 2016 00:00:00 +0530

A spy robot is a combination of embedded systems to achieve the motive of surveillance,
security and safety for the benefits of mankind. As the evolution of miniaturization of
electronics components leads to development of electronic industry, it gives rise to the idea of
creating a machine which is capable of performing tons of activities on place of human being
more accurately and efficiently also consuming lesser time. One type of these machines is
known as ‘robot’. Spy robots have the capabilities of moving around their environment and
perform the specific tasks for which it has been created or in other words programmed. It can
be controlled manually as well as automatically. With the development of electronic industry
the scope of robotics also rises. Many types of robots have been introduced using embedded
technology to perform different tasks.

Load Cell Based Fuel Theft Detection System

Akshey Sharma, Pankaj Sharma, Divyanshi Bhardwaj, Deeksha Mishra, Ankita Soni — Mon, 21 Nov 2016 00:00:00 +0530

In this project we focuses on creating a universal digital display of the exact amount of fuel
contained in the vehicles tank and also helps in cross checking the quantity of fuel filled at
the vehicle fuel tank even if the vehicle is off at the time of filing of fuel by measuring the
weight of the fuel. Here, we are indicating the amount of fuel in the tank in liters. This value
in liters will be in numerical digits. As we say the device is universal so can easily be
installed in any two wheeler automobile

Analysis and Design of Microstrip UWB Antenna with Bandwidth Enhancement

Rutuja K. Deode, Varsha K. Hadke, Sonali P. Shejwal — Fri, 09 Sep 2016 00:00:00 +0530

In this paper, a unique ultrawideband antenna with increased information measure is given.
Experimental results show that the antenna achieves smart electric resistance match from 2
to 14 ghz with the voltage standing wave ratio (VSWR) but two. From HFSS13 simulations,
dimensions of antennas square measure chosen for higher performance. It is shown that
come back loss of the antenna at answer frequency 7 ghz is a smaller amount than-10 db. The
antenna is intended on Epoxy FR4 substrate. It covers nearly UWB band 3.1 to 10.6 ghz that
is fcc determined. The projected microstrip antenna is very appropriate for applications of
broadband systems.