International Journal Of Computer Aided Engineering And Technology Impact Factor

International Journal Of Computer Aided Engineering And Technology Impact Factor – Melanoma is considered one of the most malignant, metastatic and dangerous forms of skin cancer that can cause death. The curability and survival of this type of skin cancer directly depends on the diagnosis and removal of melanoma in the early stages. The accuracy of the clinical diagnosis of melanoma with the naked eye is only about 60%, depending only on the knowledge and experience that each doctor has acquired. The need for computer-aided diagnosis (CAD) has increased to be used as a non-invasive auxiliary tool for physicians as a second opinion to increase the accuracy of detection as well as to provide information on basic optical characteristics for their identification. The ultimate goal of this research is to design an automated, low-cost computerized system for the diagnosis of melanoma skin cancer in order to increase the flexibility and availability of the system. Also, explore the extent to which melanoma diagnosis can be influenced by using clinical photographic images instead of dermoscopic images, given that both apply to the same automated diagnosis system. Texture features are extracted from 140 pigmented skin lesions (PSL) based on gray-level co-occurrence matrix (GLCM), effective features are selected by ranking Fisher scores and then classified using artificial neural network (ANN), the whole system is processed through interactive graphical user interface (GUI) to achieve simplicity. The results revealed a high performance of the proposed CAD system for differentiating melanoma from melanocytic skin tumors using texture analysis when applied to clinical photographic images with a prediction accuracy of 100% for the training phase and 91% for the testing phase. Also, the results showed that the use of this type of images provides a high predictive accuracy for the diagnosis of melanoma relevant to dermoscopic images, considering that photographic clinical images are obtained using a cheaper consumer that show a certain degree of accuracy towards the edges of our field of view.

Mai Said Mabrouk graduated from the Department of Systems and Biomedical Engineering, Cairo University, Giza, Egypt, in 2000. She received her master’s degree and doctorate in biomedical engineering at the same school in 2004 and 2008, respectively. He has been a lecturer at the Department of Biomedical Engineering, Misr University of Science and Technology (MUST) since August 2008. He has several research articles in the field of image processing and bioinformatics. Her research interests include biomedical image processing, bioinformatics and digital signal processing in addition to genomic signal processing.

International Journal Of Computer Aided Engineering And Technology Impact Factor

Mabrouk, M. S., Sheha, M., & Sharavi, A. A. (2013). Computer-aided diagnosis of melanoma skin cancer using clinical photographic images. INTERNATIONAL JOURNAL OF COMPUTERS & TECHNOLOGY, 10(8), 1922–1929. https://doi.org/10.24297/ijct.v10i8.1474 Measures weighted citations received by the journal. Citation weighting depends on the categories and prestige of the quoting journal.

Computer Aided Verification Of Coordinating Processes

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IJCAET is a journal of emerging knowledge, research research and applications that highlight the possibilities and limitations of computer-aided engineering and technology in today’s era of life-cycle and knowledge-based manufacturing. Contributions dealing with both academic research and industrial practice are included. IJCAET is designed to be a multidisciplinary, fully peer-reviewed and international journal. Read less

IJCAET is a journal of emerging knowledge, research research and applications that highlight the possibilities and limitations of computer-aided engineering and technology in today’s era of life-cycle and knowledge-based manufacturing. Contributions that also deal with academic…… Read More

Blonder, G.E., Tinkham, M., and Klapwijk, T.M. (1982). “Transition from Metallic to Tunneling Regimes in Superconducting Microconstrictions: Excess Current, Charge Imbalance, and Supercurrent Conversion.” Phys. Rev. B, 25(7), p. 4515–4532.

D Printing Technology Boosts Hospital Efficiency And Eases Pressures

Abstract: Recent technological advances have greatly improved the performance and characteristics of embedded systems. With the number of mobile-only devices now nearly equaling the population of the Earth, embedded systems have truly become ubiquitous. These trends, however, have also made it a task to manage their energy consumption… Recent technological advances have greatly improved the performance and characteristics of embedded systems. With the number of mobile-only devices now nearly equaling the population of the Earth, embedded systems have truly become ubiquitous. These trends, however, have also made the task of managing their energy consumption extremely challenging. In recent years, several techniques have been proposed to solve this problem. In this paper, we consider the energy consumption management techniques of embedded systems. We discuss the need for energy management and classify the techniques on several important parameters to highlight their similarities and differences. This work aims to help researchers and application developers gain insight into the operation of energy management techniques and design even more efficient high-performance embedded systems of tomorrow. read more read less

Topics: Population (53%)53% paper related, Green Computing (51%)51% paper related, Power Management (51%)51% paper related

Abstract: Health systems must be understood in terms of a wide range of heterogeneous, distributed and ubiquitous systems, which speak different languages, integrate medical equipment and are adapted by different entities, which in turn are set up by people living in different contexts and aiming at different goals. Therefore… Health care systems must be understood in terms of a wide range of heterogeneous, distributed and ubiquitous systems, speaking different languages, integrating medical equipment and being adapted by different entities, which in turn are set up by people living in different contexts and targeting different goals. Therefore, the architecture is intended to support medical applications in the sense of the agency for integration, diffusion and archiving of medical information and electronic medical record, the form of spider web of intelligent information processing system, its main subsystems, their functional roles. and information flow and control between them, with adjustable autonomy. With such web-based simulated systems, the quality of service will be improved (eg, available knowledge can be used for educational and training purposes). read more read less

Topics: eMix (61%)61% refers to paper, Information integration (55%)55% to paper, Information processor (52%)52% to paper

What Is Engineering?

Abstract: This paper focuses on using the bee algorithm in its basic and improved form to tune the parameters of a fuzzy logic controller developed to stabilize and balance an underactuated two-link aerobatic robot (ACROBOT) in an upright position. A linear quadratic controller (LKR) was first developed to obtain by scaling it … This paper focuses on using the Bees algorithm in its basic and improved form to tune the parameters of a fuzzy logic controller developed to stabilize and balance an underactuated aerobatic robot with two connections (ACROBOT) in an upright position. The linear quadratic controller (LKR) was first developed to obtain the scaling required for designing fuzzy logic controllers. The simulation results confirmed that using the Bees algorithm to optimize the membership functions and scaling the gains of the fuzzy system improved the performance of the controller. read more read less

Topics: Bee algorithm (64%)64% paper related, Fuzzy logic (64%)64% paper related, Fuzzy control system (60%)60% paper related, Control theory (56%)56% paper related , Linear-quadratic regulator (55%)55% related to paper

Abstract: With the paradigm shift in business strategy in terms of online marketing and e-commerce and the realization of the transformation of the World Wide Web into an intelligent semantic web, there is a constant need for semantically driven e-commerce systems that give users an advantage. . In this paper, OntoCommerce which is an e-co… With the paradigm shift in business strategy in terms of online marketing and e-commerce and looking at the transformation of the World Wide Web into an intelligent semantic web, there is a constant need for semantically driven e-commerce systems that give preference to users. In this paper, OntoCommerce, an e-commerce system incorporating semantic algorithms for product recommendation, is proposed. The proposed strategy uses an enriched normalized measure of mutual information at a point to calculate semantic similarity. OntoCommerce assimilates ontologies and recommends products based on user queries, recorded user navigation as well as user profile analysis, thus including personalization. To make recommendations more relevant, OntoCommerce uses parametric fuzzification to increase the number of relevant products recommended. OntoCommerce delivers an average accuracy of 88.68% with a low false discovery rate of 0.13, making it a best-in-class semantically driven product recommendation system for online e-commerce. read more read less

Topics: Semantic Similarity (60%)60% work related, User Profile (60%)60% work related, Semantic Web (59%)59% work related, Ontology (Information Science) (55%) 55% se relations on paper, mutual information in point (54%)54% on paper

Computer Aided Learning In Engineering E

Abstract: In this report, the aforementioned CNC machine tool evaluation module (index) is conceptualized from existing literature resources to evaluate and rank the desired CNC machine tool. In this report, the generalized interval-valued trapezoidal fuzzy numbers ranked weighted geometric a… In this report, the aforementioned CNC machine tool evaluation module (index) is conceptualized from existing literature resources to evaluate and rank order the desired candidate CNC machine tool. In this report, interval-valued generalized trapezoidal fuzzy numbers ordered weighted geometric mean (GITFNOVGA) is fruitful

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