USING AN EIGEN VALUES AND SPATIAL FEATURES FOR BUILDING AN IRAQI LICENSE PLATE DETECTOR AND RECOGNIZER
Journal Title: International journal of research -GRANTHAALAYAH - Year 2017, Vol 5, Issue 2
Abstract
This paper produced a system for license plate recognition problem for Iraqi cars. The system depending on edges and position to locate license plate and character detection within it, for characters’ recognition an Eigen value for prepared templates was used to identify each character with template matching for recognizing government. Euclidian distance is invested for taking a decision; Experiments show that the recognition success was high and precise.
MODELING QUALITY EDUCATION IN A STATE UNIVERSITY
An exploration and analysis of the processes involved in crafting the institution’s strategic plan, identifying its quality assurance policies, documenting its graduates’ performance in government licensure examinations,...
COMPARISON OF ALGORITHMS BASED ON ROUGH SET THEORY FOR A 3-CLASS CLASSIFICATION
There are various data mining techniques to handle with huge amount of data sets. Rough set based classification provides an opportunity in the efficiency of algorithms when dealing with larger datasets. The selection of...
ORGANIZATIONAL CAPACITY ASSESSMENT AS INPUT TO POLICY DIRECTION IN THE UNIVERSITY OF EASTERN PHILIPPINES, CATARMAN NORTHERN SAMAR
This study focused on the organizational capacity assessment of the University of Eastern Philippines as an input to policy direction. This employed descriptive research design using the middle level management of every...
INVESTIGATING THE ROLE OF KNOWLEDGE MANAGEMENT AS A TOOL FOR ENHANCING INNOVATION AND CREATIVITY IN ORGANIZATIONS
According to modern management literature in the fields of innovation and creativity, it is vital for organizations to innovate to keep up with increasing competition, consumer demands and emerging market fields. Here is...
INTEGRAL SOLUTIONS OF NON-HOMOGENEOUS QUINTIC EQUATION WITH FIVE UNKNOWNS 4 4 2 2 3 3 x y 26(z w )p
The non-homogeneous quantic equation with five unknowns represented by 3 x y 26(z w ) p is analyzed for its non-zero distinct integral solutions. A few interesting relations among the solutions are exhibited.