Send the link below via email or IMCopy
Present to your audienceStart remote presentation
- Invited audience members will follow you as you navigate and present
- People invited to a presentation do not need a Prezi account
- This link expires 10 minutes after you close the presentation
- A maximum of 30 users can follow your presentation
- Learn more about this feature in our knowledge base article
Do you really want to delete this prezi?
Neither you, nor the coeditors you shared it with will be able to recover it again.
Make your likes visible on Facebook?
Connect your Facebook account to Prezi and let your likes appear on your timeline.
You can change this under Settings & Account at any time.
Transcript of Literature Survey
The robot has the following functionalities:
• Controllable via internet from a browser
• Precision control with adjustable motor speeds
• A tillable wireless camera
• Suspended bumper to protect against collisions
• GUI and reprogrammable software
• Large operating range through added antenna’s
• A Robotic Arm to facilitate small works.
RoboCam WiFi Robot
"Anyone can control this robot from any laptop over wifi and internet. This robot can making snapshots and live video streaming, it's also provided with temperature sensor that sends readings every 1 second and the controlling is performed by a software that manages all controlling processes needed"
The most important part of any robotic system.
Resembles the senses of our body.
Continuously monitors different external factors and keeps the system notified about it.
The changes of the system are given as electrical signals to the robotic system.
Operating System: Linux based debian distros, NOOBS.
Desktop manager used are LXDM, lightdm.
GUI in Debian based distros can be obtained by typing STARTX command
Putty is used under windows environment to remotely connect it via SSH on Port no 22.
Putty lands us on Linux terminal with root access.
Browser Used in NOOBS is epiphany-browser.
Literature Survey on WiFi RoboCam
Arun Kumar Verma
WiFiRoboCam is a wirelessly controlled robot. This robot uses a usb-camera, various sensors and is controlled with a computer and a Raspberry Pi over WiFi. With WiFi RoBoCam it is possible to drive around the house (or any other place with WiFi) from anywhere on the world while sitting behind the laptop.
It sends movement commands to the WiFi shield through a socket connection. The Raspberry Pi is the processing and controlling board that is used to control the motors, sensors, camera, etc.
"Anyone can control this robot from any laptop over wifi and internet. The Programming is done in LabVIEW. The NI Wireless Module with c series module is used to control the robot. The control from computer keyboard is used."
"Anyone can control this robot from any laptop over wifi and internet. This robot can making snapshots and live video streaming, it's also provided with robotic arm that performs small taks and the controlling is performed by a software that manages all controlling processes needed"
Detects sound and returns a voltage proportional to the sound level
They generate a very small voltage difference which should be amplified to generate measurable voltage change.
Can be useful for speech and voice recognition.
The most commonly used positioning sensor.
Satellites transmit signals and a receiver on a robot acquires these signals and processes it.
The received data can be used to find the position and velocity of the robot.
Mainly useful for outdoor robots.
Fails for indoor robots.
Raspberry Pi is a Linux based credit-card sized computer.
Launched in February 2012.
Extensively used in electronics projects and as a PC substitute.
Has ability to interface with sensors, camera, and controllers.
Based on the Broadcom BCM2835 system on a chip (SoC)
SoC includes a 32-bit ARM1176JZFS processor
Clocked at 700MHz, However we can overclock it.
Has a videocore IV GPU.
Powered by a 5V micro USB AC charger.
2 USB Ports, 1 HDMI Port, 1 Ethernet Port(RJ 45),1 AUX, 1 SD card(Where OS is installed),26 GPIO Pins
Types of Sensors used
Light Sensor (LDR)
Distance Measuring Sensors
It helps to detect the presence of combustible/inflammable gases
Detects the presence of smoke, an indication of fire
It detects any flames in vicinity.
Its resistance varies with the amount of light falling on it.
Can be used widely as a switch, that depends on brightness.
Also known as a Photoresistor.
Distance measuring sensors
Used as distance snsors, commonly known as range sensors.
Ultrasonic Distance Sensors
Infrared Distance Sensors
Laser Range Sensors
Satellites transmit signals and a receiver receives it
by processing of signals, the position/velocity of robot can be manipulated
Detects any kind of sound present in nearby location
Useful for Speech or Voice recognition.
Wireless Standards:IEEE 802.11n/g/b
Frequency Band: 2.4GHz
Data Security: 64/128-bit WEP Encryption
Radio Channel: 1 ~ 14 channels
.3 Megapixel camera
Raspberry Pi with an Whezzy Raspbian installed is needed
Software to be used: Motion
MOTOR AND MOTOR CONTROLLER
Brush-less DC Motor
Can be Customized for Maximum Speed, Winding Current, Shaft Options
NEMA Size 23 BLDC Motors
Winding type: Delta, 4 Poles
Bidirectional control of one DC brush motor
Four communication or control options.
Simple configuration and calibration over USB.
Programming in NI LabVIEW is as easy as drawing bock diagrams
Large range WSN C series Network Gateway device
Cheap design, Stiff chassis, and simple.
Programming in microC Pro and Visual Basic
Simulation using PROTEUS ISIS
Stiff Aluminium Chasisis
CISCO Wifi Router
Rotating wireless camera
Robotic Arm for performing small tasks
Wireless IP camera to monitor/patrol remotely
Stiff design, powerful, Easy to use GUI
Wifi RoboCam can be used as third eye for security purposes in military, in remote areas, hilly areas, highly hot places,etc
• It can also be used to spy on enemy, remote paroling
• It can be helpful in robotics surgery in remote areas
• It can prove it's importance in hazardous places like nuclear reactors where it can be used for surveillance, inspection of radiations and carrying out tasks where humans cant interfere
• It can also be used in agricultural field for continuous monitoring of the developing crops,yield, weed incidence and other vital data for enhancement of production.
• Remote control from Android or IOS smartphone
• Autonomous navigation and exploration
• Mapping and SLAM
• Road Characterization of digital maps