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Proceedings of

3rd International Conference on Advances in Computing, Electronics and Electrical Technology CEET 2015

Date
12-Apr-2016
Location
Kuala Lumpur , Malaysia
Authors
14
ISBN
978-1-63248-056-9

4 Articles Published

1. DIGITALIZATION OF MEDICAL QUESTIONNAIRES CONSTRACTION OF THE MEDICAL QUESTIONNAIRE RECOGNITION SYSTEM AND THE RELEVANT ALGORITHMS.

Authors: CARLISLE ST MARTIN , KOICHI UDO , SHOKO OTSUKA , YOSHITAKA NAKANISHI , YUJI KURAMOTO

Abstract: Digitalizing medical questionnaires to process important clinical data can greatly contribute to the field of medicine by allowing medical practitioners to do direct statistical analyses on patient responses. The aim is to construct a system at various medical facilities where the answer sheets to medical questionnaires can be digitalized and the responses scanned and used for clinical analysis. A demonstration of this system has been conducted at the hospital. The hypothesis is that the system will have a readability rate of greater than 95% after improvements have been made to both the set-up and to the algorithm. This study demonstrated that it is possible to digitalize the answer sheet to the medical questionnaire. Moreover, constructing the system is inexpensive and isn’t negatively affected by the kind of electronic medical record storage system used. In addition, due to the improvements made to the recognition algorithm, readability is higher, and the system doesn’t increase the

Keywords: digitalization, medical questionnaires, OCR, EMR, readability

Pages: 101 - 104 | DOI: 10.15224/978-1-63248-109-2-15

2. A COMPARATIVE ANALYSIS ON SOFTWARE REQUIREMENTS PRIORITIZATION MODELS

Authors: ARIF RAZA , ATAUR RAHMAN , FAHIM ARIF , MUHAMMAD BABAR

Abstract: Requirements elicitation is the most important phase during requirements engineering process in which requirements are extracted from the stakeholders. One of the vital requirements elicitation activities is requirements prioritization. Requirements prioritization is the process of selecting most significant requirements out of identified requirements. Many requirements prioritization schemes are available in literature, but none of them is considered as a standard technique. The main cause is the parameters that each technique uses. The purpose of this study is to summarize the existing techniques based on the parameters/aspects used in them. Moreover this research study is providing a big picture of prioritization models which is helpful for the researchers working in this area.

Keywords: Comparative, Analysis, Software, Requirements, Prioritization Models

Pages: 105 - 110 | DOI: 10.15224/978-1-63248-109-2-16

3. A COMPARATIVE ANALYSIS OF SHAPE-BASED AND ZERNIKE MOMENT FEATURE EXTRACTION TECHNIQUES FOR FASTENERS RECOGNITION USING NEURAL NETWORK

Authors: HADZLI HASHIM , NOR’AINI JALIL , NUR DIYANAH MUSTAFFA KAMAL

Abstract: This paper presents a Comparative Analysis of Shape-based and Zernike moment Feature Extraction Techniques for Fastener Recognition. There a nine features extracted using shape-based technique and 64 moments used in Zernike feature extraction technique. For Zernike moment technique, the 64 moments are divided into 3 groups. The first group is the lower order moments, the second group is the higher order moments and the third group is the combination between the lower order group and the higher order group. The processes taken in the recognition are image acquisition, pre-processing, segmentation, feature extraction, and classification. The segmentation process is carried out by using adaptive filter and the classification process employed artificial neural network. The final result from this experiment is that shape-based technique has a better classification result of about 84.93% correct recognition compared to Zernike moment technique which is about 51.53% (combined group).

Keywords: Shape-based technique, Zernike moment, fastener recognition, artificial neural network.

Pages: 111 - 115 | DOI: 10.15224/978-1-63248-109-2-17

4. COMPLEX MAPPING OF 3DCG MODELS WITH JULIA SET AND MANDELBROT SET

Authors: FUKO NAKAGAMI , NINGPING SUN

Abstract: We introduced color interpolation according to the diverging speed into the flat images of Julia set and Mandelbrot set for making shading-reflecting like effect. We named our method “Complex Mapping”. In this paper we shall describe our color interpolation algorithm and the method how to map Julia set and Mandelbrot set on the inside and outside of the surface of 3DCG models.

Keywords: Julia set, Mandelbrot set, fractal, complex mapping, 3DCG

Pages: 150 - 154 | DOI: 10.15224/978-1-63248-109-2-25

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