The paper illuminates the definition, essence, characteristics and types of “extension architecture programming data mining” in order to found its theory frame which can contribute to the theory and methodology of extension architecture programming. This data mining can result in extension architectural programming information and offer further supporting for the programming.

According to Extenics and its advantages of solving business problems, this paper puts forward the extension planning model for large marketing activities, applies it to the “West Shanghai·Huafu Vista” real estate project and verifies its feasibility. Finally, it puts forward the win-win plan of “Five-safety beyond real property” by integration and cooperation. Also, this research has theoretical significance, and can promote the extenicsbased application in the field of commercial planning.

The extension data mining methods and pattern recognition technology are combined to solve the problem of fault diagnosis involved with large amounts of data. By taking advantage of the theory of rough set to make attribute reduction and weight value determination, it ensures the objectivity and stability of weights. Then it verifies the reliability of the model with the example of fault diagnosis of automobile engine. Finally, according to the classification method of extension set based on the transform, this paper presents a method for fault prevention.

The nucleotide and amino acid sequences of CYP2E1 protein (GenBank accession number: NC000010.11 and NM000773.3) from human being have been analyzed and predicted by bioinformatics in the following aspects: physicochemical properties, hydrophilicity and hydrophobicity, the signal peptide, transmembrane topological structure, subcellular localization, protein secondary structure and tertiary structure, the enzyme active center structure, and the composition of homologous protein and phylogenetic relationship of human being and other 6 species. The results show that the CYP2E1 gene encodes a 493 amino acid polypeptides with the estimated relative molecular weight 172 386.6, the theoretical PI of 7.04 and the structural formula of C₆₇₇₈H₁₀₉₈₆N₂₀₇₄O₂₄₂₉S₃₇₄;. It is also found that CYP2E1 is a transmembrane protein with hydrophobicity and relatively unstable. There are 6 β fold, 6 α-helix, 6 transmembrane regions and 32 angles in its secondary structure, and It's active center was composed of Asn₂₀₂ residues, Ser₂₉₈ residues, Phe₂₀₅ residues and iron porphyrin ring. The distance of its heme and substrate catalytic sites is 0.3-0.6 nm .

The Eu²⁺ doped Sr₂CaMoO₆ powders with high emissivity were fabricated by the traditional solid state reaction at the temperature of 1 100 ℃. The X-ray powder diffraction (XRD), infrared transmittance spectra (IR), Raman spectra and Infrared emission properties were examined to study the structure and the infrared emission properties of the samples. Also the effects of the different amount of Eu²⁺ on the infrared emissivity were investigated. It was found that the XRD patterns, infrared transmittance spectra, Raman spectra and infrared emissivity would change according to the increase of the amount of Eu²⁺,and the Eu²⁺ ions replace the Sr²⁺ site in the structure. When the content of Eu²⁺ is about 5%, the powders reach the highest emissivity with 0.886 at the range of 3~5 μm , 0.936 at the range of 8~14 μm and 0.915 at 1~22 μm.

A series of Gallium-substituted Cerium-doped yttrium aluminum garnet (YAGG:Ce) phosphors were produced by co-precipitation. The formation process and structure of the Ga³⁺-substituted phosphor powders are characterized by TG, FTIR, XRD and XPS, and the impacts of Ga³⁺ concentration on the luminescence properties have been investigated. The results show that the blue shift occurs after Ga3+ replaces Al3+ in matrix, and the intensity of emission spectrum is affected by the concentration of Ga³⁺.

Granite residual soil, mostly sandy sticky clay, is widely distributed in Guangzhou, sharing many universals despite the different characteristics. This paper takes the granite residual soil in eastern Guangzhou as the research object, and obtains a large amount of data through field research, laboratory test and insitu soil test, carrying out the statistical analysis of many physical and mechanical indexes, such as unit weigh, water content, void ratio, plastic limit, liquid limit, plasticity index, liquidity index, coefficient of compressibility, modulus of compressibility, cohesion friction, angle of internal and standard penetration test blow count. Also the paper offers the statistics and the range of physical and mechanical index, analyzes the correction between various indicators, which provides a geological basis for related engineering construction.

The reliability of the slurry pump is directly related to the safety of the drilling process of exploration and development. The failure of its key components will seriously affect the performance of mud pump working. According to the operation of mud pump and the experts' experience, a failure mode and effect analysis (FMEA) table of crosshead guide plate assembly is established and 11 failure causes are educed. On this basis, the causes and risks of failure are analyzed and prioritized by risk matrix and Borda method to get the dominant and critical failure causes. As a result, decision makers can work out corresponding measures to reduce the frequency of failure occurrence.

Through analyzing the energy flow of five consecutive loops extracting energy from the airconditioned rooms to the surroundings, this paper proposes an energy flow mathematical model of the whole air conditioning loop with water-cooled chiller, and draws an energy flow diagram based on the data derived from a typical allair system of an office building at Guangzhou. It also quantitatively discusses the variation principles and relations of energy flow, presents the magnitude and direction of energy flow, energy balance and loss of systems as well as recognizes the dominant energy flows. Finally, a theoretical analytic model is suggested for the energy-consuming and energy-saving of central air conditioning system.

With a concern of the vast geothermal waste water during the operation of flash geothermal power plant in Fengshun and the residents′ need for cooling load, this paper proposes an integrated system which synthesizes a TSARS to the original flash power generation cycle, improving the utilization efficiency of the geothermal water by taking the advantage of two-stage LiBr-H₂O absorption refrigeration system(TSARS) in the utilization of low grade heat. First, with the field research made to establish the exergoeconomic model, analysis of this geothermal water integrated system was addressed. Then, Comparing the ways of the geothermal water entering the TSARS, it was found that the parallel way is better than the cascade on the exergoeconomic performance. In addition, exergoeconomic analysis of each equipment of the paralleled TSARS was made. All above provide a certain reference to the further actual engineering application.

In order to measure the bubble velocity, the main parameter of seafloor seepage, this paper proposes a method that the homologous acoustic is divided into two parts by acoustic wave divider. The structure is designed based on acoustic waveguide theory and acoustic wave propagation principle. Verification experiments of the transducer indicate that the performance of two receiving transducers is basically identical, which can meet the calibration experiments of wave divider. Experimental comparison of the wave divider characteristics in air and water has been made. The experiments in air show that the path, amplitude and spectrum characteristics are almost consistent after the homologous acoustic wave goes through two branches of the divider, which proves the design is reasonable; while the experiments in water show that the energy of homologous acoustic wave loses about 20% through two branches of the divider, indicating that in order to reduce the loss of wave in water, the acoustic reflection components are needed.

On the basis of coupling double-gap cavities, a new multi-cavity filter with two-layer coaxial cavity cross-coupling is proposed in this paper. It utilizes the coupling coefficient analyzed by couplefilter software and the 3D simulation software HFSS procedures of modeling, simulation and optimization to realize the integral design of the two-layer coaxial cavity bandpass filter. Simulation results show that the performance of band width, out-band suppression and insertion loss of a two-layer filter with 4 cavities have the advantages of that of a single layer filter with 4 cavities. Such new filters with merits of wide frequency band width, satisfactory out-band suppression, compact structure and various shapes would better meet the requirements of microwave communication systems such as radar or mobile communication station.

In order to solve the problems of too many hops in the routing node of the existing network topology, the longer network diameter and the imbalance load, a new MECS Topology Network, which broadcasts in the XY direction, is used. So the data from source address to the target address are only through a maximum of two router nodes. We adopt the form of input buffer with a virtual channel based on the original and the output buffer under the crossbar scheduling control so they can execute in a parallel way, while the business can prioritize the transmission of real-time communication and reduce power consumption. The Modelsim simulation shows that the Routing Node can achieve a shorter average delay, increase throughput, improve the network performance and quality of service.

According to automatic poultry breeding, this paper discusses a design for automatic monitoring system of poultry breeding. This system takes each breeding house a single unit. By taking the advantage of ADAM model, environmental detection model and PC Auto configuration software, the environmental parameters of the breeding houses, including temperature, humidity, illumination intensity and harmful gas concentration are automatically monitored. Indoor lights, curtains, spray equipment can also be automatically controlled. The test proves the design stable performance and great practicality.

The paper proposes a project of drive circuit of realtime image capturing and displaying based on FPGA. The OmniVision′s OV7670 is chosen as CMOS image sensor, while Altera′s Cyclone II series EP2C8Q208C8N as the logic control chip. The drive circuit has been verified by Modelsim. The simulation results show that the system meets the requirements of timing and stable image output perfectly.

In order to improve the recognition accuracy of indoor scene images a method was proposed through fusing the global and local features. First, the SIFT feature of scene images are extracted and the key points of SIFT are clustered in order to obtain the same dimension feature vector. The PCA is employed to reduce the dimension of feature matrix. Second, the PHOG and Gist features are extracted respectively and fused with the SIFT to construct feature matrix. Finally, the SVM is employed to classify the scene images' types. The experimental results show that the recognition accuracy of multi-featured fusion is better than those single-featured ones.

Through the use of the image of a gray scale gradient to calculate the threedimensional displacement field distribution, the research improves the accuracy and efficiency of the displacement using ternary cubic interpolation gray of sub-voxel location. Based on the results of simulation analysis, this paper has verified the correctness of the method.

For existing Tone Reservation algorithms for PAPR reduction of the OFDM system，null subcarriers are reserved without considering the subcarrier power allocation. It proposed a subcarriers power allocation algorithm of an improved tone reservation with Newton iterative solver for PAPR Reduction. The process was summarized as a soft limiter process of a firstorder linear expansion time-domain model and discrete power spectrum frequency-domain model. The method was to generate reserved tone by clipping in the time domain and filtering in the frequency domain and to view distortion power ratio (SDNR) maximization as the goal for the reserved subcarrier power allocation. Simulation results show that this method can effectively reduce the PAPR when the total number of carriers is 256, the numbers of reserved carriers are 16 and 32, and that PAPR suppression has been improved by 4.0dB and 4.3dB.

In this paper, a fuzzy adaptive output tracking controller is designed for a class of uncertain nonlinear systems to track a given sign. First, a time-varying parameter is introduced into the Gaussian membership functions of the rule antecedent, so that a new set of fuzzy rules with a time-varying parameter is given. This implies that the update motion of timevarying parameter changes not only the centers and widths of Gaussian membership functions, but also the output of the previous Mamdani fuzzy logic system, and thus a new fuzzy logic system with a timevarying parameter is synthesized. And then the modified fuzzy logic system can be used to approximate the unknown nonlinear term of the system, and the adaptive laws of timevarying parameter and the estimated values of the fuzzy approximate accuracy can be constructed, accordingly the fuzzy adaptive output tracking controller of the system can be synthesized. The advantage of the proposed method in this paper is that by the full use of existing limited number of fuzzy rules, the fuzzy adaptive output tracking controller can be synthesized with more fewer adaptive laws. Finally, the Duffing system′s simulation example demonstrates that the proposed method in this paper is feasible and effective.

Presentation and processing of uncertain temporal which contains semantics are important issues in uncertain temporal information processing and natural language processing. Uncertain temporal span is an important part of uncertain temporal, however, the uncertain semantics is the root of uncertainty. This paper proposes the idea of converting the uncertain semantics to the forms existing in neighborhoods or intervals that could be calculated and described on the granularity level. At the same time, a tuple model was given to render uncertain temporal span to join the calculation. Then a temporal rough set is suggested to divide the certain or uncertain elements of temporal span according to lower approximation and upper approximation. Finally, the approximate accuracy calculation of uncertain temporal span is presented.

The modeling and simulation of bicycle accident avoidance with other vehicles (motorcar/other bicycles/pedestrians) at non-signalized intersections is of great importance. However, it is very difficult to simulate the accident avoidance of individual bicycle because of the great variation, characteristics and traffic environment in cycling. The current study proposes a back propagation neural network (BPNN) approach to simulate the bicycle accident avoidance at nonsignalized intersections. A computer-based four-layered (NN) model was developed for bicycle accident avoidance modeling. The NN model was trained, validated with field data and then compared with other models. It was found that the NN model performed well. Results showed that the NN model could produce reasonable estimates for individual bicycle at non-signalized intersections.

The problem of resources and energy is increasingly getting public attention because of the development of science and technology. In this case, people have a higher demand of the portable and power-saving devices. In the postPC era, the embedded-system devices came into being. Since the research of any problem should follow “from the whole to the part, from the simple to the complex, from the shallow to the deep” rule, embedded systems structurethe predominant topicis worthy of exploration before handling its related issues. Despite the past research on the structure by scholars and technologists, this paper demonstrates that the social development and people's learning process should follow “naturalness” and “the theory of process”from the perspective of philosophy.

The paper suggests that virtual cloud desktop be built by adopting virtualized technology with the distributing server as the the processing center and the thin client as the terminal, which can solve the problems of great cost, high energy consumption and complicated management by using independent PC in computer laboratories. Hence an optimized scheme is proposed for the more applicable virtual cloud desktop in computer laboratory construction resulting from the research of virtual cloud desktop systems.

Discovering causality from the data set is one of the basic problems in the scientific field. However, there is still no effective algorithm to discover causalities from highdimensional data. We present an algorithm for large scale causality discovery, which is based on conditional independence test and mutual information. Firstly, the algorithm reduces the dimensionality of data set by conditional independence test and mutual information, and then we employ an approach based on nonlinear additive noise models to distinguish the directions between nodes. Experimental results show that it outperforms other methods.

With reference to the thought of Gravity search and Local search, it makes improvement to the arithmetic crossover and nonuniform mutation. Gravity search and Chaotic search were integrated into the improved crossover and mutation operators. The new operators have global search and local search performance. At the same time, the best individual was used for chaotic search. Simulation experiments show that the improved operators not only speed up the convergence of the algorithm, but also improve the precision.

This paper studies the asymptotic stability of the zero solution and the boundedness of all solutions to a class of third-order delay differential Equation. By the method of Lyapunov function, some sufficient conditions for the asymptotic stability of the zero solution and the boundedness of all solutions are proposed.

The paper develops the stability criterion of singular perturbation system by choosing appropriate Lyapunov function and provides the conditions for the robust stability of the system in the form of a linear matrix inequality (LMI). The results show that this method is feasible and effective.

The theory of the finite dimensional approximation was used to set up the topological degree of the single value in non-reflexive Banach space, which belongs to a mapping of class (S₊) ,and then the computation of topological degree and some conclusions were given．