Advanced Materials Research Vols. 225-226

Abstract: The Dynamic Geometry Softwares (DGS) have brought much excitement into the computer-based teaching community, become more important in mathematics education in many curricula. As one of most remembered DGS, the Supper Smart Pad (SSP) can help many students to learn new knowledge effectively, to grasp knowledge easily. This paper discusses knowledge of dynamic geometry, introduces the free version of SSP in Chinese. It emphasizes on grasp new knowledge used and automatic reasoning in the SSP. It shows applications of the intelligent education software in mathematics teaching in the end. This paper also describes that the SSP is beneficial for instructions, especially for teaching students how to reason with the SSP.

Abstract: As large-scale enterprise management system of advanced industrial countries, ERP and MES encountered some difficulties and confusion in the localization process of china. Basing on the characteristics of Chinese process industry and the practical implementation experience of ERP and MES, the new grass-roots production plan model and production control model and accounting model and assessment model and site quality retrospective model and virtual instrument model and etc. is built. And the management system for process-oriented manufacturing industry in China is designed and developed. It is integrated with Chinese manufacturing process of production site characteristics and will be with better reference value.

Abstract: This article focuses on the topics of excraction of Zanthoxylum alatum seed oil, which have the positive significance to maintain the human health. The author used Zanthoxylum alatum seeds as the raw material, by macerate extraction method, found that the levels of extractive temperatures, extractive strengths and extractive time are significant to the extractive effect. Through the results of orthogonal experiment, the author’s conclusion is that the best combination of extraction for Zanthoxylum alatum seed oil is: the extractive strength is 99.5%, the extractive temperature is 80°C and the extractive time is 2h.

Abstract: In order to develop the trustworthy software, the paper merges the software trustworthiness into software life cycle and proposes a new approach for trustworthy software development. The software behavior and results can be expected and the behavior states can be monitored during software running by introducing the trustworthy behavior trace of software. In the software design phase, we inserted checkpoint sensor at each checkpoint of trustworthy software; in the software testing phase, we created the trustworthy behavior trace of software and updated it for software update. The experimental results show that the software developed with our approach can detect the anomaly of software successfully and verify the effectiveness of our approach.

Abstract: To simulate the deformation for soft objects, proposes a local deforming method based on surface area-preservation. The cylinder mesh is employed as the basis mesh to bypass its build step and to uniform the deformation algorithm. The damping curve is employed to simulate the gofferes appearing in the inside section of surface. The gofferes can improve greatly the deformation results. Surface area-preservation and detail-preservation are achieved to improve the authenticity of deformation. The method has been proved feasible and valid to simulate the bending deformation for soft object by experiments results.

Abstract: The traffic accidents should be dealt with as quickly as possible when the traffic accidents have happened in order to prevent the second traffic accidents to happen and reduce their incidences. So this paer presents the architecture of the traffic accident management system based on analyzing the running flow of the traffic accident management and the incident management so that the system development will be more standard, scientific and efficient.Moreover, the paper introduces the architecture chart of the traffic accident management system which combined accident detection, forecast, identifying, decision, and related functions of the related systems.

Abstract: The wireless remote monitoring system developed in this paper is mainly to real-time monitor the safety information of the oilfield. Through researching on the technologies of GPRS, J2ME and the role of safety monitoring system, the technical scheme design, the system composition and the monitoring software of the oilfield wireless remote monitoring system were put forward. This system mainly were mainly composed by remote monitoring terminals on spots and servers at monitoring center, which monitor and control all kinds of safety information of the oilfield. This system plays an important role in the safety of oilfield production.

Abstract: For the determination of the critical path in fuzzy network planning, the traditional methods can not identify the differences of fuzzy distribution between different fuzzy sets, in this paper, an improved method of lattice close-degree is proposed which two proportion factors are introduced in the fuzzy support and kernel sets, then, the differences are recognized well and an effective way to determine the critical path in fuzzy network planning is provided. Further more, the correctness and feasibility of the method proposed in this paper are proved by example analysis, the calculation results show that the critical path could be well determined in fuzzy network planning.

Abstract: In order to improve the low thermal efficiency of Solar Energy Fission Geyser, a VV modulation control system of circulating pump based on fuzzy control has been designed. In this system, SCM P89LPC930 is the core. A digital temperature sensor of 1-wire bus LTM8871 is used to detect the real-time temperature and an inner comparator of P89LPC930 to detect the zero point. According to fuzzy control rules, a best angle is chosen. This technology is applied to drive the AC motor to get constant temperature differential. The system is effective in improving the thermal efficiency and poor circulation by avoiding frequent start-up of circulation pump. The innovation points lie in the system uses a minimum hardware circuit design and fuzzy control, with easy circuit, reliable performance characteristics, thus having a high application value.

Abstract: Blind image super-resolution reconstruction is one of the hot and difficult problem in image processing. a framework of blind single-image super-resolution reconstruction algorithm is proposed. In the low-resolution imaging model, the processes of motion blur, down-sampling, and noise are considered. The parameter of motion blur is estimated through an error-parameter analysis method. Utilizing Wiener filtering image restoration algorithm, an error-parameter curve at different motion distance is generated, from which the motion distance of the motion point spread function (PSF) can be estimated approximately. The super-resolution image is reconstructed through the iterative back projection (IBP) algorithm. The experimental results show that motion PSF estimation plays an important role on the quality of the SR reconstructed image, and also demonstrate the effectiveness of the proposed algorithm.