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Figure 1 provides an overview of the schools and related key data.
Location and key data of the selected schools.
Missing data was supplemented by data bases including default information pertaining to comparable constructions from the relevant periods.
Thereby, the monitored data was plotted in psychrometric charts to compare the measured data with recommended values.
All data points can be found outside of the comfort area.

We will obtain the model validation, and the true state reaction can be obtained by adjusting precision of the empirical data .Furthermore, when we master the essence of the damping on affecting the structure, which will understand the characteristics of the system vibration deeply [3].
Through experimental study, the attenuation of vibration can be obtained the weaken data through the experiment and the size of the damping ratio by processing record data [8].
Along with the enlargement of, the consumption of the system energy is also quicker as well as reduction.

The LLR of a data z is, (1) Where the probabilities, (2) This LLR based on the unconditional probabilities P(z = ±1), we are interested in LLR’s based conditional probabilities on some received sequence (Let ‘yr’) then, (3) The conditional probabilities P (z = ±1|yr) are known as the a-posteriori probabilities of the decoded bit z of our SISO decoders.
In standard cell library design there are several techniques that may be employed for low power dissipation. 1) Clock gating is the most ideal method for power reduction of clock signals. 2) When noise level is low, the number of iterations can be reducing to save power. 3) Blocking of floating inputs 4) Elimination of redundant logic at gate level, etc.
We consider the ½ rate encoder (after puncturing) with interleaver length is 1000 bits and constraint length is 3.The data clock of this design is 2.5 MHz and the bit rate is 125 KBPS.
The performance of our decoder can be further improved by employing a large number of bits for Internal [9] data and large interleaver length.

On the basis of Boussinesq approximation and hydrostatic approximation, the continuity equation, momentum equations and water quality equations are [1] (1) (2) (3) (4) where u, v, and w = water velocity components in the x, y, and z directions; t = time; ρ = water density; g = gravitational acceleration; z = free surface displacement; p= water pressure; f = Coriolis parameter; C = the concentration of COD; AH = horizontal turbulent viscosity; Av = vertical turbulent viscosity; AB = vertical turbulent diffusivities; K20= the reduction coefficient of COD at 20℃; T= water temperature; AH is computed using the formulation proposed by Smagorinsky [2]; Av and AB are calculated using a turbulence closure model [3].
The model was calibrated using the data in 2007 and validated using that in 2008 (Fig.3).
Generally, agreement between the observed and simulated data is good.
Managers could choose a proper scheme depend on the monitoring data before diversion.

components NaNO2 Table5 The strength of concrete index number strength grade antifreeze cryogenic temperature/˚C -7d+7d strength MPa/% -7d+14d strength MPa/% -7d+28d strength MPa/% C1 C25 KD -5˚C 41.4% 53.7% 75.9% C2 -10˚C 39.4% 53.8% 70.1% C3 -15˚C 34.8% 41.5% 67.2% C4 C30 -5˚C 34.2% 44.6% 84.6% C5 -10˚C 34.9% 45.4% 76.1% C6 -15˚C 35.3% 40.2% 67.1% D1 C25 TM -5˚C 9.50/38% 56.5% 82.4% D2 -10˚C 41.2% 51.0% 74.8% D3 -15˚C 45.4% 53.5% 67.5% D4 C30 -5˚C 30.9% 47.7% 78% D5 -10˚C 33.1% 45.3% 74.8% D6 -15˚C 35.1% 40.4% 66.2% Figure 1：By adding KD composite Figure 2：By adding KD composite Pumping concrete strength curve and Pumping concrete strength curve and antifreeze standard curve contrast antifreeze standard curve contrast Figure 1, 2 by adding KD composite pumping anti-freeze, TM composite pumping concrete and《the negative temperature antifreeze winter construction engineering construction regulations》(JGJ104-97) with the compressive strength of the data
In the concrete liquid phase concentration in the same situation, and no reduction in concrete liquid phase freezing point .Composite pumping antifreeze not only has the conspicuous frostproof performance, but also can reduce 10% ~ 15% water consumption, reduce the internal concrete can be frozen water, and negative temperature concrete early strength improved.
For the testing compressive strength of concrete specimens, measuring data comparison 《JGJ104-97》standard curve, to assess whether the quality of concrete to meet the requirements.
Contrast to the data 《JGJ104-97》standard curve, To assess whether the quality of concrete to meet the requirements.

Obviously, in the market competition, the design and verification based on the physical prototype severely restrict the improvement of the product quality, cost reduction and the possession of the market.
The design of ceramic rolling machine should observe the following rules: strictly define the three dimensional geometry in the design of the ceramic rolling machine; establish the data standards of the three dimensional geometry modes in the product design of the ceramic rolling machine in the enterprises; strictly define the assembly constraints, assembly interference testing and tooling design before the mechanical parts in the design of ceramic rolling machine are sent to the process department; carry on the engineering analysis, performance evaluation and optimization of the key parts(such as rolling head, transmission components, cavity block, main shaft transmission parts) and load engineering simulation on the relevant parts; balance,stress and analyze the mechanical parts through the design of the whole 3D entity model of the ceramic rolling machine(negligible to the minor mechanical parts) and verify the assembling and disassembling of the assembly parts through the virtual prototype
, examine the problems of parts digital equipment, coordination between tooling and the realization of assembly ability and functions, implement the management of product data and ensure the smooth flow of data in the different phases of the product life; establish the database information related to the parts processing, manufacturing installing and the layout of production site.

In this study the problem to minimize the floor under seismic vibration displacement multistory buildings, using data from July 1940 el Centro a magnitude 7.1 earthquake [2].
These parameters design provides a suspension damping reduction effects limited tuning range of external force and torque role in structure.
To illustrate this concept the horizontal displacements due to seismic vibrations are taken from a datum line as shown in Fig. 1.
The deflection from the datum is a continuum resulting from the bending of the building structure.
[2] Available online from: http://nisee.berkeley.edu/elibrary/Data/E0001 [Accessed 02March 2010]

Thus, the approach can be considered as a variant of the Kantorovich Dimensional Reduction Method.
Table 1: Material data of T300/5208.
Therefore, the material data for the composite from [1] have been used.
Table 3: Material data of T800/epoxy.

Image processing in the ITS is the most critical part, it will simulate the image is converted into digital information, the operation of the data after laying a foundation.
Algorithm design Through the original image pre-processing, noise reduction, and background subtraction methods, the target information (vehicle) extracted from video shots out, the computer can eventually become the vehicle identification number of binary counting statistics.
In MATLAB, by medfilt2 median filter function to achieve its syntax is as follows: b=medfilt2(a,[m n]) In this paper, the vehicle through a graphical data acquisition, median filtering method can preserve the image edge information of the vehicle during the processing of the noise.
Obtained results can be used as an important part of the intelligent traffic data collection, and intelligence for later transportation planning foundation.

The aim of the experiment is measured at different temperature, different deformation rate under the condition of the metal, the true stress true strain data.
The flow stress constitutive equation of 55SiMnMo were obtained by the regression of experimental data, which shows as equa (1)
Meanwhile, friction axial force increases, sliding between the metal and the roll reduction, both of which are to increase the rolling speed, the ability to pass through increased productivity improved significantly.
The standard deviation of the small characterization data set of discrete degree is reduced, yielding a high the size precision for the capillary.