Abstract Iris recognition system is a secure human authentication in biometric technology. Iris recognition system consists of five stages. They are Feature matching, Feature encoding, Iris Normalization, Iris Segmentation and Image acquisition. In Image acquisition, the eye Image is captured from the CASIA database, the Image must have good quality with high resolution to process next steps. In Iris Segmentation,... Iris recognition system is a secure human authentication in biometric technology. Iris recognition system consists of five stages. They are Feature matching, Feature encoding, Iris Normalization, Iris Segmentation and Image acquisition. In Image acquisition, the eye Image is captured from the CASIA database, the Image must have good quality with high resolution to process next steps. In Iris Segmentation, the Iris part is detected by using Hough transform technique and Canny Edge detection technique. Iris from an eye Image segmented. In normalization, the Iris region is converted from the circular region into a rectangular region by using polar transform technique. In feature encoding, the normalized Iris can be encoded in the form of binary bit format by using Gabor filter techniques. In feature matching, the encoded Iris template is compared with database eye Image of Iris template and generated the matching score by using Hamming distance technique. Based on the matching score, we get the result. This project is developed using Image processing toolbox of Matlab software. Read More Read Less

Abstract Choreography diagrams are important for any business process model which play a major role in many business applications such as for example in contractual agreements. Most of them do not able to obtain tooling support for running. Hence, we in this work proposed a web based modelling framework to offset the limitation. It is extensible and lead to the quick... Choreography diagrams are important for any business process model which play a major role in many business applications such as for example in contractual agreements. Most of them do not able to obtain tooling support for running. Hence, we in this work proposed a web based modelling framework to offset the limitation. It is extensible and lead to the quick and easy to get integrated to the providing a web-based, open-source choreography modeling framework which has good potential. Read More Read Less

Abstract A good design for plants influence the optimum utilization and operation of them. Each process part provides to save transport expenses and the fire risk mitigation. Earlier studies have worked out on this issue using a few parameters such as expert criteria, simulation, and optimization. In this study, a hybrid bacterial genetic optimization algorithm for the functioning of plant layout... A good design for plants influence the optimum utilization and operation of them. Each process part provides to save transport expenses and the fire risk mitigation. Earlier studies have worked out on this issue using a few parameters such as expert criteria, simulation, and optimization. In this study, a hybrid bacterial genetic optimization algorithm for the functioning of plant layout is used. It leads to a mathematical model that reduce the interconnection cost and land cost. Besides, the proposed model considered the facilities dimensions, minimal distances among facilities, and minimum distance up to the property boundary. The evaluation exercise was done with case studies and the experimental results make known the advantages of this design with good acceptable results and time. Read More Read Less