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Introduction The weather forecast has a very important role in disaster prevention and reduction, economic construction, social development and national defense construction.
System processing The meteorological data sharing processing data flow is as shown in Figure 1, and the meteorological database storage data is for query platform use, and the data query platform can form drawing according to different types of meteorological data.
System data analysis The meteorological data material is mainly divided into: original meteorological observation data and numerical forecast products.
Reading file header and data.
Reading data from buffer, analyzing data and obtaining data.

ECG interference has a great influence on the ECG data analysis.
(a) wavelet decomposition (b) wavelet reconstruction Algorithm Testing Algorithm Testing using Simulated Data.
Experiments using simulated data were performed so that the proposed algorithms could be tested in an absolutely controlled environment.
Selected ECG data from MIT-BIH arrhythmia database were used to evaluate the performance of the proposed algorithm.
The performance of the proposed algorithm for signal conditioning was evaluated by using simulated signals and clinically acquired ECG data from a standard set.

Pollutant emission from industry was calculated on the updated data of industrial enterprises by investigating.
Urban and rural domestic loads were calculated on the method of pollutant emission coefficients, and basic data was based on the updated data of population from the statistical yearbook.
The calculation framework is composed of four modules, the input module, the numerical simulation module, the data processing module, and the output module.
The data processing module is an important analysis part including river network constraint unit and lake constraint unit.
We calculated water area of each control unit based on remote sensing data, GIS technology and the weight of allocating the WECC of the control unit.

On the other hand, there is much more complexity aspects which are mixed application of the graphical data, the image data, the attribute data and some others.
This paper will focus on the exploitation of Data Collection and Data Aggregation.
Data Aggregation As Data Aggregation [6], it is to make reduction process by local processing, the amount of data to be transmitted.
With the development of data mining and academic research about the data warehouse, it is easy to build the data system with the OLAP (on-line analytical processing).
Accurate data aggregation for VANETs.

Iron reduction mechanism was studied thermodynamically.
Therefore, we try to reduce the iron content in magnesium alloy by using purification flux containing some iron reduction agents.
The borides in the purification fluxes are iron reduction agents.
In contract both JDMR-1 and JDMR-2 have excellent effect on iron reduction in the magnesium alloy.
Formation of FeB is considered as the primary reason for iron reduction in magnesium alloy.

The methods of reduction modification and current modification are commonly used to the inconsistent MRS in domestic, the modified runoff series will be used to water resources assessment as the basic data, but the methods that used to estimate the consistency of Reduction Runoff Series (RRS) and Current Runoff Series (CRS) is subjective to some extent.
Reduction modification method mainly calculates the variation of surface water resources quantity that influenced by the utilization of human above the certain hydrological station, and the modified runoff series could be named Reduction Runoff Series (RRS).
The statistical regulations, such as the distribution style and parameters (Cv, Cs etc.), are consistent with no alteration in the time scale of the hydrological series and the hydrological data fluctuates in random based on the mean value.
Conclusions Given the importance of MRS/RRS/CRS to the regional water resources assessment and hydraulic engineering design, aim at the subjective and rigorous consistency assessment methods present, with the data of Huayuankou station from 1956 to 2000, the Hydrological Alteration Diagnosis System was used to estimate the consistency of runoff series, with the Hurst coefficient and alteration degree, the inconsistency modification effect of RRS/CRS was analyzed too.
Application of R/S method on the runoff reduction and prediction, Yangtze River, 39 (2008) 42-44.

The shear strength is reduced with the dissipation of effective stress, the reduction is just the research contents of unsaturated soil.
On the values of , Khalili and other scholars deduced an approximate expression of the parameter by fitting analysis of experimental data[2].
Soil strength reduction method.
The analysis shows that the results of two stability safety factor differs little, thus the feasibility of this strength reduction method was proved.
(the black line in Fig. 4 is hierarchical indicate line of the slope ) The soil is divided into four layers, then put the corresponding data of table 1 into analysis software, and obtained the slope stability factor with this soil strength reduction method , the result is 1.4325 in this paper. shear plastic zone of the slope is shown in Fig.5.

The analysis of voltammetric data showed that palladium electrodeposition is controlled by mass transfer.
Figure 4 shows a comparison of an experimental current transient with a theoretical transient generated by non-linear fitting of experimental data to Eq. (2).
Comparison of an experimental current density transient (—) recorded during the palladium electrodeposition at -0.540 V in the HOPG/0.001M PdCl2 + 1 M NH4Cl system and a theoretical transient (red line) obtained by non-linear fitting to Eq. 2 of the experimental data.
Potential dependence for the nucleation rate parameter obtained from the nonlinear fit of the experimental data depicted in Figure 3 to equation (2).
These peaks were associated with the palladium reduction from two predominant palladium complexes.

Data analysis was carried out with Vmap [13], and the mean of the three measurement areas is reported, with the minimum and maximum value around the mean shown as the uncertainty.
The grain size development is shown with labeled data points, and the data for low-strain (5%) processing are underlined. (5% processed samples - open symbols; 15% processed samples - closed symbols).
Label (A) highlights data after a reduction of 15% with short annealing times.
Each data point derives from one area with dimensions of at least 500 µm x 500 µm. (5% processed samples - open symbols; 15% processed samples - closed symbols).
Data are shown separately for the clusters of Σ3 boundaries, Σ3-related variant grain boundaries (Σ9, Σ27) and clusters of Σ3, Σ9 and Σ27 boundaries (i.e. all Σ3 n (1≤ n ≤3)).

Since the levels of reduction and oxidation are dependent on the oxygen concentration.
These data indicated the situation suitable for either SOB or SRB community is dependent on oxygen concentration.
The activity of mixed SOB cultures would be recorded for its pH and sulfide reduction but sulfate induction.
Fig. 1 The reduction in pH in the presence of mixed SOB and pure SOB.
Mixed culture of SOB could do utilize sulfide after day 5 and thus produced sulfate increasing and high SOB concentration to 109-1011 cells/mL (data not shown).