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29th Information Systems Education conference, ISECON 2012

作者： Wong, Wilson Pepe, James Stahl, James Englander, Irv Computer Information Systems Department Bentley University Waltham MA 02452 United States Massachusetts General Hospital Boston MA 02114 United States

A new collaborative capstone model is presented that consists of three synergistic elements: 1) a capstone course component, 2) a business component, and 3) an advanced technical course component geared towards enhancing the student capstone learning experience. the model was fully implemented at Bentley University in spring 2012 with a collaboration among a software project management capstone course, a research and teaching hospital, and a mobile application development course. the capstone project was structured as a student team competition to create the best mobile wayfinding application for patients and employees of Massachusetts General Hospital's clinic and labs. the collaborative capstone teaching methods leading to the successful student team outcomes are presented along with success factors and lessons learned. © 2012 EDSIG.

关键词： Competition

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proceedings - AMERICAN INSTITUTE OF INDUSTRIAL ENGINEERS, INC. , spring ANNUAL conference, 29th, 1978.

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1978年

作者： Anon

the proceedings contains 84 papers presented at the conference, 55 of which are indexed separately. the papers are grouped under general headings that include the following: computer and information systems, engineering economy, ergonomics, facilities planning and design, industrial and labor relations, management, manufacturing, mining, operations research, production and inventory control, quality control and reliability engineering, transportation and distribution, work measurement and methods engineering, and others.

关键词： INDUSTRIAL ENGINEERING

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Technologies and Applications of Artificial Intelligence 1

Technologies and Applications of Artificial Intelligence

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丛书名： Communications in computer and Information Science

1000年

作者： Wei-Ta Chu Chih-Ya Shen Hong-Han Shuai

ISBN: (数字)9789819645961

ISBN: (纸本)9789819645954

this two-volume set CCIS 2414 and CCIS 2415 constitutes the refereed proceedings of the 29th International conference on Technologies and Applications of Artificial Intelligence, TAAI 2024 held in Hsinchu, Taiwan, during December 6–7, 2024. the 49 full papers presented in these two volumes were carefully reviewed and selected from 147 submissions. the papers are organized in the following topical sections: Part I: Data Robustness; Image Analysis; Knowledge Representation and Management; Games; Machine Learning and Applications; AI Studies; JSAI Special Session 1. Part II: JSAI Special Session 2; Japan Special Session 3; International Track Special Session.

关键词： Artificial Intelligence computer Applications Information Storage and Retrieval computer Imaging, Vision, Pattern Recognition and graphics Algorithm Analysis and Problem Complexity

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Technologies and Applications of Artificial Intelligence 1

Technologies and Applications of Artificial Intelligence

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丛书名： Communications in computer and Information Science

1000年

作者： Wei-Ta Chu Chih-Ya Shen Hong-Han Shuai

ISBN: (数字)9789819645893

ISBN: (纸本)9789819645886

关键词： Artificial Intelligence computer Applications Information Storage and Retrieval computer Imaging, Vision, Pattern Recognition and graphics Algorithm Analysis and Problem Complexity

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Cross-sectional design: a tool for computer graphics and computer-aided design courses

Cross-sectional design: a tool for computer graphics and com...

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Frontiers in Education (FIE) conference

作者： Y. Zhao Y. Zhou J.L. Lowther Ching-Kuang Shene Department of Computer Science Michigan Technological University Houghton MI USA

Teaching curve and surface design in a computer graphics or a computer-aided design course is a challenge because of the very involved mathematics, the lack of easy-to-use tools, and the differing abilities of students to visualize three-dimensional objects. this paper presents the authors' work in teaching cross-sectional surface design using a pedagogical software tool DesignMentor. With this tool, students have hands-on practice and still learn surface design theory in an intuitive way. A summary of the authors' experiences and future directions is also included.

关键词： computer graphics Design automation Spline Surface topography Surface reconstruction Education Shape Mathematics Visualization Equations

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Recognition and location of ship small assemblies stiffeners for automatic manufacturing based on machine vision 29th

Recognition and location of ship small assemblies stiffeners...

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29th International Ocean and Polar Engineering conference, ISOPE 2019

作者： Ding, Jinhong Ni, Chongben You, Dewu State Key Laboratory of Ocean Engineering School of Naval Architecture Ocean & Civil Engineering Shanghai JiaoTong University Shanghai China School of Naval Architecture Ocean & Civil Engineering Shanghai JiaoTong University Shanghai China Shipbuilding Technology Research Institute Shanghai China

ISBN: (纸本)9781880653852

Stiffeners recognition and location is the precondition for ship small assemblies’ automatic manufacturing since robots welding plan relies on it. this subject is challenging because small assemblies could be of variant types and randomly placed, and the whole process is supposed to be accomplished without priori information or human-relied decision. Design of machine vision system and the algorithm of recognition and location are conducted on such demand. Machine vision system takes laser scanner as the sensor and gets point cloud of small assemblies. Comparing with feature detections in 2-D graphics, object detections in 3-D point clouds are more complicated and time-consuming. SDKs of computer Vision (e.g. OpenCV) do not work for point cloud. Robustness, accuracy and time cost are key performance index of the machine vision system. thus, research of methodology of stiffeners recognition and location is necessary, and efforts of improving robustness and accuracy while reducing complexity of computation are also conducted. Algorithm adopted here is designed on base of RANSAC and Standard Hough Transformation. Machine vision system for small assembly automatic line was developed and went into operation. Experiments proved that the machine vision system is reliable for ship small assemblies automatic manufacture. © 2019 by the International Society of Offshore and Polar Engineers (ISOPE).

关键词： computer vision

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Fuzzy logic approach to placement problem

Fuzzy logic approach to placement problem

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Design Automation conference

作者： R.-B. Lin E. Shragowitz Computer Science Department University of Minnesota Minneapolis MN USA

the authors apply fuzzy reasoning to the placement of sea-of-gate arrays. Fuzzy logic is used to optimize a process of decision making in physical design. Multiple objectives such as utilization of area, routability, and timing were considered simultaneously and balanced by fuzzy logic algorithms. the experiments demonstrated that solutions obtained by fuzzy logic were of much better quality than those achieved by standard techniques.< >

关键词： Fuzzy logic Fuzzy sets Fuzzy set theory computer science Timing Very large scale integration Decision making Fuzzy reasoning Humans graphics

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Cross-sectional design: a tool for computer graphics and computer-aided design courses

Proceedings - Frontiers in Education Conference

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proceedings - Frontiers in Education conference 1999年 2卷 12b3-1-12b3-6页

作者： Zhao, Yuan Zhou, Yan Lowther, John L. Shene, Ching-Kuang Michigan Technological Univ Houghton United States

ISBN: (纸本)0780356438

关键词： Curricula

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Engineering graphics in the new millennium: integrating the strengths of sketching and CAD

Engineering graphics in the new millennium: integrating the ...

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Frontiers in Education (FIE) conference

作者： G.A. Kopp Department of Civil and Environmental Engineering University of Western Ontario London ONT Canada

Engineering graphics has always been viewed as one of the cornerstones of an engineering education. It is important, indeed critical, to engineering since it is the basis for communicating all (engineered) designs. It is the language by which engineers communicate and think. there has been a revolution in engineering graphics. Gone is the T-square, the symbol for engineers everywhere, replaced first by AutoCAD and more recently by "three-dimensional parametric solid modelling" software. While this advanced computer software may be a better way to learn graphics, the same problem remains: how do we effectively teach this language of engineering to undergraduate students? Sketching is a useful tool in teaching engineering graphics theory and standards to undergraduate students since it allows the student to concentrate on learning the material with less distraction. CAD is also extremely useful for teaching students about design, in particular how constraints are handled and ideas worked out. the question remains as to how to integrate these two tools into a useful whole? the author briefly discusses these two questions.

关键词： Process design Design engineering Engineering drawings computer graphics Design automation Application software Heart Engineering education Solid modeling Visualization

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Soft Tissue Modeling using Nonlinear Mass spring and Simplified Medial Representation

Soft Tissue Modeling using Nonlinear Mass Spring and Simplif...

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29th Annual International conference of the IEEE Engineering in Medicine and Biology Society (EMBS 2007), vol.13

作者： Feng Chen Lixu Gu Pengfei Huang Jingsi Zhang Jianrong Xu Laboratory of Image Guided Surgery and Therapy (IGST) Shanghai Jiaotong University China SJTU Renji Hospital of Medical School SJTU China

In this paper, we present a novel approach for real-time simulation of deformable soft tissue. When using Mass-spring or Finite Element Method to simulate the global deformation of soft tissue dynamically, we'll meet the difficulty that the size of the 3D problem (the number of elements in the Mass-spring or FEM mesh) is much larger than the 2D issue. So we put forward a hybrid model to solve the problems. this model consists of a deformable centerline and surface reconstruction mechanism based on simplified medial-representation algorithm and nonlinear mass-spring model, and we also proposed the local deformation method so that the accuracy is achieved and real-time requirement is also satisfied. We use a segmented left kidney and blood vessel as the examples in our case study.

关键词： Biological tissues springs Deformable models Solid modeling Surgery Biomedical imaging Application software computer graphics Skeleton Finite element methods

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