IJEA - Volume 6 Issue 10 (October 2017)

 


Sr/No/ Title Pdf
1 TISSUE DETECTION IN MRI IMAGES BASED ON NEW MODIFIED MULTIPLE OTSU THRESHOLDING: A REVIEW.
Mili Pandit,Prof. Santosh chouhan.

Abstract- Medical image processing is the most challenging and emerging field now a day. Preparing of MRI pictures is one of the parts of this field. This printed material portrays the proposed system to recognize and extraction of mind tissue from patient's MRI examine pictures of the cerebrum. Proposed work utilizes different 5 stage Otsu Thresholding took after by Morphological fitter which expels bothersome organizing component from MRI picture for the, a great many segmentations proposed work utilize Cross relationship for coordinating SRI24 ordinary mind MRI with experiment, subterranean insect finally find the tissue if not coordinate with any SRI24 MRI picture. The work is finished by utilizing MATLAB programming, to make the outline easy to understand a GUI is been created.

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2 PCA AND CENSUS TRANSFORM BASED IRIS RECOGNITION WITH HIGH THROUGHPUT: REVIEW.
Deepshikha Nema,Prof. Amit Chouksey.

Abstract- Now-a-day iris matching is considered as a subset of biometrics. It assumes a critical part in workplaces and businesses to enlist the participation of the representatives, and in scientific divisions for criminal recognizable proof. Despite the fact that grave based recognition has increased greater prevalence, yet it demonstrates poor execution in the event of low quality pictures. While connection based techniques gives better outcomes to such pictures. In this theory we propose another relationship technique in light of the whole of hamming separation between the reference iris in database and meddling iris. The proposed technique includes bit level figuring operations and less preprocessing steps, along these lines quicker than other regular connection based coordinating. We have likewise contrasted the outcomes and the current techniques accessible in the writing to demonstrate its adequacy.

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3 ASIC DESIGN OF HIGH SPEED FSM BASED DDR4 SDRAM CONTROLLER FOR FAST INTERFACE
Nidhi vishwakarma,Devyanshu rao.

Abstract- The goal of this thesis is to explore the options for a predictable SDRAM controller for the FPGA platform. The variable SDRAM access latencies pose some challenges for its effective use in RTS, while the many-core FPGA platform creates a new context for rethinking the previous results and finding the new solutions for external memory access. The simple working prototype of the single-port SDRAM controller is implemented and integrated with the processor. Several options for multi-port arbitration are considered, and proposal is made for arbitration and interconnects in FPGA project. Xilinx ISE is been used for development of the SDRAM controller. .

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