Depth of Field Extension Technology for Two-Dimensional Code Reader

Automatic Zip Code Reader

Computers excel at performing quantitative and repetitive tasks quickly, but they struggle with qualitative tasks, such as handwriting recognition. This is because it is effectively impossible to program recognition of millions of different handwriting styles into one algorithm. However, with the advent of machine learning, computers can be trained to recognize unknown objects and characters by...

" Bar - Code Reader " A Moving Bar - Code Reader for the Functionally Impaired Designers :

Two-dimensional Totalistic Code 52

The totalistic two-dimensional cellular automaton code 52 is capable of a wide variety of behavior. In this paper we look at its generic behavior, its complex behavior on simple backgrounds, its versatility in performing finite computations, and its block emulations of elementary cellular automata (ECA). In all, we found 65 ECA which are emulated by code 52. Taken together, the evidence is stro...

Depth dose calculation of Holmium-166 for different shape source by VARSKIN3 code

  Introduction: Using beta emitter radionuclide is a useful therapeutic modality in the treatment of skin cancers in areas which are difficult to cure by other methods. The aim of this research is to evaluate the tissue response to beta rays of 166Ho and determine the feasibility of beta emitting radionuclide for treatment of skin cancers. Methods: In this...

Extension Constants of Unconditional Two-Dimensional Operators

It is shown that the (absolute) extension constant e(T) of an operator T such that TG, = h,v,, k = 1,2, for some unconditional basis (ol, r;,> of a two-dimensional real normed space is less than or equal to (1~~1 + IA,1 + 2 AT IA,h,J + Ai )/3. In fact, it is demonstrated that e(T) is attained by exactly one unconditional two-dimensional space (up to an isometry).