Abstract - In the rising market of camera phones, novel applications for the visually impaired are nowadays being developed thanks
to the rising capabilities of these equipments. Surprisingly, even state-of-the-art barcode reading algorithms fail when some of these
factors come into play. The proposed framework meets expectations completely in the spatial space, and is equipped for perusing
direct standardized tags from low-determination pictures containing extreme OOF blur. This paper treats direct scanner tag checking
under the viewpoint of disfigured double waveform investigation and characterization. A controlled graphical model is intended to
describe the relationship between the smudged scanner tag waveform and its relating image esteem at any particular obscure level.Under this model, direct scanner tag examining is thrown to discover the ideal state arrangement connected with the distorted scannertag waveform portions. A dynamic programming-based induction calculation is intended to recover the ideal state arrangement,empowering ongoing translating on cell phones of constrained handling force.