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?
You can change this under Settings & Account at any time.
GPS BASED TRAVEL GUIDE FOR BLIND USING ANDROID POWERED SMART
Transcript of GPS BASED TRAVEL GUIDE FOR BLIND USING ANDROID POWERED SMART
->Android is an open source and free operating system. Android is one of the most popular mobile platform.
->It is developed by google and based on linux kernal.
->Android applications are written in java programming language,it converts any data and resources into APK, an android package.
->The first version SDK 1.0 was introduced by google, and the latest version is KitKat 4.4
AREA OF PROJECT:
Drawbacks of Existing System:
GPS BASED TRAVEL GUIDE FOR BLIND USING ANDROID POWERED SMARTPHONES
Chettiyar Aarthi Arunkumar
Anisha Preethi Susan V
Veni Veronica F
Roger Patric Vaguez
Mr. J. Arul King, M.E
GPS positioning and tracking
Voice output for getting the location
Sets alarms based on locations
The voice input is given for the destination location
The alarm rings on destination location
Voice checklist alarms for desired location and to do works
Text to speech is enabled
location can be modified
To save frequent locations checklists are used
Checks for location visited in database
On reaching destination reminder is triggered
Flashlight is used
A smartphone with GPS navigation
Eclipse IDE for Java Developers (version:4.2.1)
Android ADT(version:v22.3.0) plug-in
Android SDK (minimum:v2.2 to maximum:v4.4)
Focus on the blind using arduino processor
Uses hardware integration to the android smart phones
Cloud API is used to communicate arduino and smart phones
Higher security algorithms are used
Functionalities such as face detection, path detection, obstacle avoidance, etc
The Global Positioning System (GPS) is a space-based satellite navigation systemthat provides location and time information in all weather conditions.
The system provides critical capabilities to military, civil and commercial users around the world.
It is a fast growing, technologically sophisticated field, with potential applications in many different industries.
GPS has become a standard element within mapping and surveying applications.
Unwanted latency is produced due to cloud API
Security measures may be sometimes a problem
Application which could act as a travel alarm and guide for a blind person
GPS based location detection to locate current and destination location
Voice input and output to guide the blind
text to speech technology for availing instruction to user
Alarm on reaching the final destination
GPS based location detection and alarming
Reminder storage and GPS positioning and tracking
has flashlight functionality and checklist is maintained.
How Our Project Works?
tracks the current location latitude and longitude
gets the voice output and input of the current location
alarm sets for the destination location
gives the alarm to the opposite person in night times that
the person is coming
gives a alarm of the work to do
remainders to be invoked from checklist
Abdelsalam (Sumi) Helal, Steven Edwin Moore, Balaji Ramachandran.
”Drishti: An Integrated Navigation System for Visually Impaired and Disabled”.
Bird C. Lo“Location-Based Service (LBS) Falling-Detection and Alarm System by Smartphone”.
 Burra. Raju , B. Sreenivas proposed a paper,
“Alarm System of Railway Gate Crossing based on GPS and GSM”.
 Chi-Yi Lin, Ming-Tze Hung , “A location-based personal task reminder for mobile users”
Dragan Peraković ,Vladimir Remenar, “Reminder Based On The User's Location”
 Ijjina Earnest Paul, Ravela Vijaya Deepthi, “Obstacle Detection Using Android Mobile”.
Kumar Yelamarthi, Daniel Haas, Daniel Nielsen, Shawn Mothersell,.
“RFID and GPS Integrated Navigation System for the Visually Impaired”.
Lundell, J. ; Intel Corp., Beaverton ; Hayes, T.L. ; Vurgun, S. ; Ozertem, U. proposes “Continuous Activity
Monitoring and Intelligent Contextual Prompting to Improve Medication Adherence”
 Manav Singhal, Anupam Shukla ,“Implementation of Location based Services in Android using
GPS and Web Services”
Matusiak, P.Skulimowski and P. Strumiłło,.
”Object Recognition in a Mobile Phone Application for Visually Impaired Users”.
Min Huang ; Inst. of Inf. Sci. & Eng., Hebei Univ. of Sci. & Technol., Shijiazhuang, China;
Lizhe Zhu proposes “Research for Network Fault Real-time Alarm System Based on Pushlet”
Pradeep N. , Dr. Mohammed Sharief, Dr. M. Siddappa,.” Building Vision and Voice
Based Robots Using Android”.
Quispe-Holgado, E. ; Univ. of Puerto Rico at Mayaguez, Mayaguez;Rodriguez-Martinez,
M. ; Garcia-Rodriguez, E. proposes “Optimization of WAMDAS: A Web Service-Based
Wireless Alarm Monitoring and Data Acquisition System for Pharmaceutical Plants”.
Shaik.abdul.mubeen,Imthiazunnisa begum,” The Design of the Scene of the Accident
Alarm System Based on ARM and GPS”.
Shyam Sunder Kumar Min Sun Silvio Savarese, .
”Mobile Object Detection through Client-Server based Vote Transfer”
Somnath koley, Ravi Mishra
"Voice Operated Outdoor Navigation System for Visually Impaired Person”.
Stephan Gammeter, Alexander Gassmann, Lukas Bossard Till Quack, Luc Van Gool,
“Server-side object recognition and client-side Object Tracking for Mobile Augmented Reality”.
D. Szolgay ,J. Benois-Pineau , R. Megret ,Y. Gaestel ,J.F. Dartigues,
"Detection of Moving Foreground Objects in Videos With Strong Camera"
Vishwanathak, Murigendrayya .M Hiremath,.
"Advanced Motion Detection Algorithm for Patient Monitoring Using Cell
Phone with Video display”.
Xing Jianping ; Elec. & Inf. Sch., Beijing Univ. of Aeronaut.& Astronaut. ;
Zhang Jun ; Cheng Hebin ; Changqing, Li proposes“GPS Real Time Vehicle
Alarm Monitoring System Base on GPRS/CSD using the Embedded System”
Yaping LEI Hongxiang XIAO,“Research on alarm system of railway
crossing basedon GPS and GPRS”.
Talk back application for blind people
GPS based functionality
Alarm on reaching destination
Checklist and flashlight as additional application
Talk back would be fully implemented
Fully road map guidance
Obstacle detection using proximity sensor
Camera based motion detection for obstacles
Layout Of Reminder Page
Voice input request for destination
Destination not found
will set the alarm at the destination
through GPS the destination location has to be tracked
gives the location of the source and destination
tracked through GPS
the source lattitude and longitude is set and the destination has to be given
the given input will be converted into voice
the voice input is tracked back to the text output
thus the blind person will know the text input
a message alert with alarm is given at a specific distance from the location
keeps a checklist
reminds for each checklist to be written
gives as voice output