Smart Stick Research Articles

The contribution of technologies to the inclusion of the student whit a visual disability: the "smart stick for blind people"

Taking into consideration the complexity of the new, heterogeneous, and different training needs currently present in the classrooms, the school is called to respond them in an effective and concrete way through inclusive educational approaches centered on the students, none excluded. On this basis, the authors, supporting the importance of technology in innovative teaching, propose the design and construction of an intelligent white stick through an inclusive cooperative methodology. The presented device, presented in this paper, is inspired by an open and collaborative teaching, enhancing a responsible digital education, accepting the training needs of all the students present in the classroom, specifically the blind student, and the recognition of the diversity in view of the reduction of disability.

A Smart Stick for Assisting Blind People

A Smart Stick for Assisting Blind People

Low Cost Smart Stick for Blind and Partially Sighted People

The paper represents a novel approach to overcome the major challenges face by blind and partially blind people to cross the road and read. The proposed voice stick used to cross the road and reach their destination without any support. It is introduced a new technique to read printed material using Android phone. Low cost able to serve as a smart blind stick being more efficient and helpful than the conventional one. This will assist the blind persons during the walk and provides an alarm if any hurdle is detected within the set range.

모션센서 및 GPS를 활용하는 고령 사용자 안전을 위한 스마트 지팡이 개발

모션센서 및 GPS를 활용하는 고령 사용자 안전을 위한 스마트 지팡이 개발

Design Of Intelligent Stick Based On Microcontroller With GPS Using Speech IC

For visually impaired persons the endeavors and researchers have spent the decades to develop an intelligent and smart stick to protect and alert them from obstacles. This paper proposes a new thought developing an intelligent stick equipped with GPS navigation system, which detect the obstacles in path and gives information about their location using GPS coordinates. The combination of ultrasonic sensors and GPS will detect the obstacles and determine the position and will gives information about location through Bluetooth. DOI: http://dx.doi.org/10.11591/ijece.v2i6.1622

Design of a Smart Stick Prototype Using Goal Oriented Requirements Engineering Methodology

The primary purpose of this project is to assist the visually challenged (user) in shopping. The project makes use of GORE (Goal oriented Requirements Engineering Methodology). The device developed is based on Radio Frequency Identification (RFID) which operates in the Low Frequency (LF) band. The envisioned device is a combination of a RFID LF reader module and a microcontroller unit to convey all the information pertaining to the product to the user, thereby enhancing their shopping experience.