Teaching computer science and particularly programming in the curriculum of a mechanical engineering bachelor poses a difficult task due to motivational factors of the students. In this paper we describe the measures ...
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Teaching computer science and particularly programming in the curriculum of a mechanical engineering bachelor poses a difficult task due to motivational factors of the students. In this paper we describe the measures we have taken to reduce barriers and motivate the freshmen students to deal with the subject by introduction of an e-learning course and further by offering an associated lab course with practical application of cyclic programming of a real-time system in teams. Further we present an adapted architecture how the lab course is enhanced to act as a remote lab Finally we evaluate the impact of the course by measuring the success factors of different gender combined groups and give an outlook on future scenarios for lab courses to improve the learning experience and success of the students for both gender. (C) 2015, IFAC (international Federation of Automatic Control) Hosting by Elsevier Ltd. All rights reserved.
The availability of automatic support may sometimes determine the successful accomplishment of a process. Such a support can be provided if a model of the intended process is available. Many real-world process models ...
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In Acute Coronary Syndrome (ACS), early use of correct therapy plays a key role in altering the thrombotic process resulting from plaque rupture, thereby minimizing patient sequels. Indeed, current quality improvement...
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This paper presents the idea about how to combine a set of software and hardware resources available in literature to be used as support to control engineering education. The available tools allow to mix topics relate...
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This paper presents the idea about how to combine a set of software and hardware resources available in literature to be used as support to control engineering education. The available tools allow to mix topics related to programming, communications, operating systems, and control theory. The well-known Raspberry Pi board is used as platform to exploit the di_erent proposed concepts. SciPy, Matplotlib, and NumPy libraries, which are Python-based open-source libraries for scienti_c computing and graphical representation, are used to perform Matlab-like simulations and to implement classical control loops. On the other hand, virtual processes developed in Easy Java Simulations are adapted to be controlled through the network from a controller implemented on the Raspberry Pi with Python. This option is very useful from a teaching point of view since time-based, networked-based, or event-based control approaches can be easily introduced on this proposed architecture. Furthermore, once students know how to implement control loops on the Raspberry Pi using Python, external real processes can be easily controlled by using the GPIO interface available in the this electronic board. Then, a project based on these tools and ideas is motivated and presented in this paper to control a two-tank level process (C) Copyright IFAC 2015. (C) 2015, IFAC international Federation of Automatic Control) Hosting by Elsevier Ltd. All rights reserved.
Modeling Business Processes has become a challenging issue of today’s knowledge Management. As such it is a core activity of knowledge Engineering. There are two principal approaches to modeling such processes, namel...
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Artificial society is a discipline to study mechanisms of social system and phenomena which the mechanisms make. Emergence is global phenomena occurred by local mechanisms, such as, by collective behavior of autonomou...
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ISBN:
(纸本)9781479941735
Artificial society is a discipline to study mechanisms of social system and phenomena which the mechanisms make. Emergence is global phenomena occurred by local mechanisms, such as, by collective behavior of autonomous agents. Understanding of emergence phenomena is a challenging subject. In this paper we use the framework of inductive logicprogramming (ILP) for artificial society and emergence behavior study. ILP is a branch of machine learning based on logicprogramming and inductive inference. We investigate the possibility of ILP in artificial society study. ILP and logicprogramming technique are applied to representation of an artificial society model, called Sugarscape, and to rule learning for agent behavior. Although classical ILP algorithms target classification problems, the proposed algorithm grows behavior rule for an evaluation measurement. Phenomena which this paper treate is limited but we showed that ILP technique can be applied to study in the field of artificial society.
rdF is one of the cornerstones of the Semantic Web. It can be considered as a knowledgerepresentation common language based on a graph model. In the functional programming community, inductive graphs have been propos...
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According to some research, comorbidity is reported in 35 to 80% of all ill people [1]. Multiple guidelines are needed for patients with comorbid diseases. However, it is still a challenging problem to automate the ap...
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ISBN:
(数字)9783319132815
ISBN:
(纸本)9783319132815;9783319132808
According to some research, comorbidity is reported in 35 to 80% of all ill people [1]. Multiple guidelines are needed for patients with comorbid diseases. However, it is still a challenging problem to automate the application of multiple guidelines to patients because of redundancy, contraindicated, potentially discordant recommendations. In this paper, we propose a mathematical model for the problem. It formalizes and generalizes a recent approach proposed by Wilk and colleagues. We also demonstrate that our model can be encoded, in a straightforward and simple manner, in Answer Set programming ( ASP) - a class of knowledgerepresentation languages. Our preliminary experiment also shows our ASP based implementation is efficient enough to process the examples used in the literature.
The proceedings contain 10 papers. The topics discussed include: Ziria: wireless programming for hardware dummies;pension reserve computations on GPUs;parallel computation of multifield topology: experience of Haskell...
ISBN:
(纸本)9781450330404
The proceedings contain 10 papers. The topics discussed include: Ziria: wireless programming for hardware dummies;pension reserve computations on GPUs;parallel computation of multifield topology: experience of Haskell in a computational science application;an efficient representation for lazy constructors using 64-bit pointers;size slicing - a hybrid approach to size inference in Futhark;defunctionalizing push arrays;fusing filters with integer linear programming;lazy data-oriented evaluation strategies;group communication patterns for high performance computing in Scala;native offload of Haskell Repa programs to integrated GPUs;and LambdaJIT: a dynamic compiler for heterogeneous optimizations of Stl algorithms.
This paper investigates techniques for formalizing and implementing types in the temporal logicprogramming language MSVL, which is an executable subset of Projection Temporal logic. To this end, the data domain of MS...
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