Papers by Keyword: MIS

Abstract: The mixed gas of nitrogen and hydrogen was used for the plasma nitridation of SiC surface.A small amount of hydrogen was effective to activate the nitridation reaction and suppress the oxidationreaction. The interface properties were improved by using nitride layer as an interfacial bufferlayer of SiC MIS structure.

Abstract: In this paper, a Bayesian method for fusing multiple visual cues is proposed for MIS (Minimally Invasive Surgery) workflow segmentation. The proposed technique investigates the characteristics of four basic events in MIS including idle, retraction, cauterisation and suturing. Visual cues related to shape, deformation, changes in light reflection, and other low level image features are fused using a Bayesian framework to achieve a high classification accuracy. Detailed in vivo experiments have been conducted to assess the accuracy and practical value of the technique.

Abstract: This paper describes the design and implementation of student management information system under the campus network environment. The main purpose of developing student management information system based on campus network environment is to realize the automation of the management information of university students. From the aspects of the development background, the design goal, information share, functional design, technology characteristics, and operation of its interface to introduce the management information system of college students.

Abstract: This paper from the kinematics, biomechanics, sports medicine, exercise physiology, biochemistry, exercise training, information processing, automation control system identification and analysis point of view, carrying out horizontal research and vertical tracking for athletes' technical training and physical training, with the development of the network process in the whole community, the rapid development of network security technology, as well as the coaches continue to deepen understanding the network, the application of this system will uses on the basis of networking in the future.

Abstract: Grid thematic map is an important basis for the current power grid planning and design, analysis the data characteristics of the power grid GIS thematic map data sources, by its data requirements, studied the method of integrating GIS and MIS heterogeneous data and analysis of data integration strategy of the established model based on Web Services, puts the dynamic generation of GIS grid thematic map in heterogeneous environment, proposed the Web Services data integration based on XML interface standard technical route, and finally achieves the design goal of GIS grid thematic map of dynamic analysis, provide auxiliary decision support platform for power grid planning and design.

Abstract: There are many information sharing problems and integrated management difficulties in the radio & TV transmitting stations, and there are also networked digital construction demands in these stations. In view of the above, this paper puts forward a management information system (MIS) construction scheme. And then this paper does deep research on technique methods and system architecture. Furthermore, this paper illustrates the detailed functions implementation and the practical application of the system. Finally, the paper summarizes the radio & TV transmitting station MIS’s application and performance, and gives some suggestions about the system’s optimization and improvement.

Abstract: Abstract. This paper presents a model of C/S based database application system --enterprise information Management system. System uses a modular design, user information, customer information, product information, Inventory information detailed records, and convenient, fast query of the required information, to provide a strong guarantee for the enterprise production and sales, improve work efficiency and enterprise benefit.

Abstract: A nitride layer was formed on a SiC surface by plasma nitridation using pure nitrogen as the reaction gas at the temperature from 800°C to 1400°C. The surface was characterized by XPS. The XPS measurement showed that an oxinitride layer was formed on the SiC surface by the plasma nitridation. The high process temperature seemed to be effective to activate the niridation reaction. A SiO₂ film was deposited on the nitridation layer to form SiO₂/nitride/SiC structure. The interface state density of the SiO₂/nitride/SiC structure was lower than that of the SiO₂/SiC structure. This suggested that the nitridation was effective to improve the interface property.

Abstract: We report on the influence of the low deposition temperature of ZnO as semiconductor layer on the electrical characteristics of metal-insulator-semiconductor (MIS) structures. The ZnO films were deposited by radio frequency (RF) magnetron sputtering with variation of temperature from 40°C, 60°C, 80°C, 100°C and 120°C. PMMA were used as insulator layer in the MIS structures. It is found that the ZnO films grown at 120°C has better crystallinity compared to other temperature. I-V characteristics results shown that the different deposition temperature of ZnO films affect the performance of MIS.

Abstract: the study tried to evaluate the advantages of mini-invasive prophylactic synthesis of controlateral hip fractures in osteoporotic patients. Material and method: 4 patients have been operated between 2009-2010 with hip fractures in osteoporotic patients. Neck fractures Garden IV in 2 patients and pertrochanteric fractures Kyle III and IV in two others patients. The fracture site was operated in dorsal decubitus under spinal anesthesia, we took adventage of this operation and anesthesia to performe a minimal invasive percutaneous synthesis for the nonfracture controlateral side. We used a simple implant, a quickly method during the same surgery time and anesthesia. The K wires with injected cement were percutaneously inserted. Through a 5 mm skin incision, a channel is created in the proximal femur bone and the implant, made of a fabric pouch hosting Titanium rods, is built percutaneously within the femur. A small amount of bone cement is then added, and interdigitates to the osteoporotic bone to further fixate the implant. Results: Rehabilitation was obtained and full weight bearing was allowed immediately. The potential benefits expected with the use of this minimally invasive method are: Quick procedure 15 min, No soft tissue or bone damage, No bleeding, short rehabilitation period, reduced morbidity and mortality, Low cost, same drape, single anesthesia. Conclusions: The method is simple, reproductible and economically. It can be made in emergency by the resident surgeon. The patient will be operated during the same anesthesia after the operation of fractured hip.