mobile blind navigation system using rfid This research explains the development of a hand-held DGPS (Differential Global Positioning System)-based mobile navigation unit, established for the guidance of blind and partially sighted. Realistically, the Browns are headed for the postseason with a wild-card berth, most likely as the No. 5 seed, visiting the No. 4 seed (probably the Jaguars, Texans or Colts) in the first round.
0 · Mobile blind navigation system using RFID
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The system is composed from the blind Android operated mobile, the blind white cane with the .
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Abstract: Blind people need assistance in detecting obstacles, finding locations, and getting directions while moving around to reach their specified destination. Based on this persistent need, we suggest a navigation system to facilitate these requirements.The system is composed from the blind Android operated mobile, the blind white cane with the RFID reader attached to it, GPS, and RFID tags fixed in the main points in the blind path. The system may use WIFI routers that are already distributed all around the university. The system works as follows: the system detects the blinds The study presents a blind navigation system based on Radio Frequency Identification (RFID), wireless and mobile communications technologies which can be integrated into the blind cane, mobile phone, Call Center and center information servers.
Mobile blind navigation system using RFID
This research explains the development of a hand-held DGPS (Differential Global Positioning System)-based mobile navigation unit, established for the guidance of blind and partially sighted. This work proposes an RFID-based system for navigation in a building for blind people or visually impaired that relies on the location information on the tag, a userpsilas destination, and a routing server where the shortest route from the userpsils current location to the destination is chosen.
This paper “Voice Based Navigation System For visually Impaired People Using RFID Tag”, proposes a voice based navigation device for visually impaired people in public places. RFID tag stores the location using RFID Reader and gives audio instruction. In this article we propose a navigation system that uses RFID as the main technology to guide people with visual impairment in unfamiliar environments, both indoor and outdoor, complementing the traditional white cane and providing information about the user's geographical context.We provided this navigation system to blind students, employees, or guests within King Saud University campus area. The technologies used in our proposed system are: the blind mobile device, RFID tags and Reader, GPS, text to speech, voice Recognition, and WiFi.A new mobile phone system architecture to aid the blind in travelling with four main units: voice/speech recognition, Global Positioning System and map services, ultrasonic sensor, and image processing service is introduced.
After analyzing the research and application of actual blind navigation technologies, to solve the demands and difficulties in the blind trip, the study presents a blind navigation system based on Radio Frequency Identification (RFID), wireless and mobile communications technologies.
Abstract: Blind people need assistance in detecting obstacles, finding locations, and getting directions while moving around to reach their specified destination. Based on this persistent need, we suggest a navigation system to facilitate these requirements.
The system is composed from the blind Android operated mobile, the blind white cane with the RFID reader attached to it, GPS, and RFID tags fixed in the main points in the blind path. The system may use WIFI routers that are already distributed all around the university. The system works as follows: the system detects the blinds
The study presents a blind navigation system based on Radio Frequency Identification (RFID), wireless and mobile communications technologies which can be integrated into the blind cane, mobile phone, Call Center and center information servers. This research explains the development of a hand-held DGPS (Differential Global Positioning System)-based mobile navigation unit, established for the guidance of blind and partially sighted. This work proposes an RFID-based system for navigation in a building for blind people or visually impaired that relies on the location information on the tag, a userpsilas destination, and a routing server where the shortest route from the userpsils current location to the destination is chosen. This paper “Voice Based Navigation System For visually Impaired People Using RFID Tag”, proposes a voice based navigation device for visually impaired people in public places. RFID tag stores the location using RFID Reader and gives audio instruction.
In this article we propose a navigation system that uses RFID as the main technology to guide people with visual impairment in unfamiliar environments, both indoor and outdoor, complementing the traditional white cane and providing information about the user's geographical context.We provided this navigation system to blind students, employees, or guests within King Saud University campus area. The technologies used in our proposed system are: the blind mobile device, RFID tags and Reader, GPS, text to speech, voice Recognition, and WiFi.
A new mobile phone system architecture to aid the blind in travelling with four main units: voice/speech recognition, Global Positioning System and map services, ultrasonic sensor, and image processing service is introduced.
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mobile blind navigation system using rfid|Mobile blind navigation system using RFID