| dc.description.abstract | With the visionary sense, the brain combines several perceptions and transforms the mixture into
something meaningful. The five senses of humans have strong relationships with one another.
Another constantly supports one sensation. The sense of vision is most frequently affected due to
various reasons. Sometimes the situation is catastrophic. Several causes may cause blindness, such
as age, chronic vision problems, or accidents. Sometimes blindness could be by birth. Peoples with
academic challenges encounter a variety of obstacles in their daily lives. Locomotion is one of them.
A superfluity of research has been done to develop s system to guide the visually impaired person
to get the everyday life possible. A device that will navigate and show locations and identify objects
to alert the user of danger. As a result, several studies have been published on improving the
navigation of blind or persons requiring visual assistance. Various publications offered various
approaches and techniques to find their path. Many devices are available in the market. But outside
the range of an ordinary person due to their expense. This paper shows a way to economically solve
this problem by designing and developing a wearable device. We have used artificial intelligence
(AI) and a very cost-friendly and lightweight dual-core microcontroller to create an embedded
system that can detect an object and do natural language processing (NLP) in a native language to
guide its users. | en_US |
