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According to the actual situations of our country, the study processes Radiation model parameters and simulates internal migration in Beijing based on the socio-economic data(2005-2010).
[J]Journal of Tongji University,2002．30（9）：1056-1060 ], it is also very difficult to obtain accurate movements data.
The population density is one of the effective ways to measure the spatial population distribution ,the data of population density is relatively easy to get.
In China, scholars believe the census data is the most direct and reliable data on the study of spatial distribution of population, and the smaller the statistical unit is, the more it may reflect changes in population density detailed features[[] Han Jiafu, Zhang Zhong, Qi Qingwen.
On the basis of 1st Economic Census Data[[] Beijing Economic Census Data. http://www.bjstats.gov.cn/jjpcsj/index.htm ] (2005) and District/County’s Data[[] Beijing District/County’s Data. http://www.bjstats.gov.cn/qynj/2010-qynj/system/main2.htm ] in 2009, GDP of all the areas in Beijing is obtained.

By using advances in sensors, actuators, and micro-electronics, these wearable systems acquire large amount of data, and with high speed data processing and pattern recognition, provide feedback signals to those wearing them.
Gait data is frequently collected on known fallers, but not the general nursing home community.
This smart insole integrates embedded microelectronics, sensors, signal processing, data extraction and signature development algorithms.
The embedded sensor system is controlled wirelessly by a base station dedicated to gathering, sorting and analyzing data collected from each shoe insole.
Therefore, the accuracy of data is limited by the accuracy of our sensors.

The decrease in twinning with increasing temperature led to a reduction in the difference in work hardening behaviour.
X-ray texture data was processed using the commercial Resmat software and plotted using Matlab®.
HKL Channel 5 software was used for EBSD data collection and most of the analysis.
With further modeling the data collected in this study can be used to check the validity of using a CRSS for twinning.

The results obtained were then compared with data from theoretical and FE analyses.
The experimental data compare very well with the FEA but less so with theory.
However, the experimental data compared very favourably with both theory and FEA in the case of the relationship between applied displacement and strain-gradient (Fig. 4b)
As with the results presented for the first two specimens, the experimental data compared very well with the FEA but less so with theory
(N/mm 2) FEM PE Theory (b) Fig. 5 Comparison of TSA data (a) - sum of the principal stresses, and PE data (b) - difference in principal stresses, with FEA and theory (W, B = 29 mm).

Corresponding module is done by the corresponding sub - VI,sub- VI including communications sub – VI,date block generating sub - VI, data sending sub-VI,data receive sub-VI, data block checking sub-VI , data processing sub-VI,and data Dynamics displaying sub-VI.
Data receiving and processing.
Relative to the passive type, active type receives data a lot easier, when starting to upload data from PC to the slave was given command to upload data, as long as you allow enough time before receiving the data and set to the length of the received data will be able to smoothly transfer the data.
The data uploaded by Slave is composed of two parts : data and the checksum.
Checksum is sum of the sending data ,after the host computer receives data,perform the data block checking sub-VI to verify the checksum of the received data and sends is equal.

While the cathode process involves the reduction of related species [5].
Materials and Methods The materials used in this study include data regarding the elements that make up the alloy, including elemental density, valence electrons, atomic weight, and a given current.
The rate of corrosion depends on the kinetics of the anodic (oxidation) and cathode (reduction) reactions.
Therefore, the value of the total heat effect for the reaction using thermodynamic data. 5.
Data, vol. 18, no. 1, pp. 1–21, 1989, doi: 10.1063/1.555839

The most important features of the technology are: • the precision positioning of fibres in 3D space; which is very useful in EAT construction, i.e. the placement of different fibres at appropriate positions in a knitted structure; • the freedom to construct structures with different binding elements; which is useful for the optimisation of EAT for maximum sensitivity and performance; • 3D structures add an additional dimension to the EAT construction; • multilayer structures are very useful for constructing EAT with integrated power and data lines; • true seamless garment knitting.
Different layers can be used for creating arrays of sensors and conductive pathways for power and data lines.
However an increase in the number of wales for an ECA with given number of courses would result in a reduction of the equivalent resistance of the ECA.
The rate of reduction of the equivalent resistance of the ECA is significant within a limited range, and thereafter its rate of reduction becomes less significant and levels out.
Based on the above data a comparator circuit was designed which can also be activated from a gloved finger.

According to the principles of sustainable development, the future construction must be focus more for the reduction pollution of the environment and the effective using of material resources.
The energy efficient building is a key to achieve the European Union climate and energy objectives, namely the reduction of a 20% of the Greenhouse gases emissions by 2020 and a 20% energy savings by 2020.
The polynomial trendline is suitable for fluctuating data.
The trendline reliability, R-squared value R2), range between <0.00, 1.00>, indicates how accurately the value of the trendline correspond to the actual data.
The reference building is characterized as a building of the same type, with the same geometric shape and size, including glazed areas, the same orientation, shielding of the surrounding buildings and by natural barriers, the same internal disposition and with the same type of typical use and climatic data as assessed building, but with the reference values of the properties of buildings, structures, and technical systems.

Hagos, An updated and expanded set of thermal property data for green roof growing media, Energy and Buildings, Elsevier BV, Amsterdam, Volume 43, Issue 9, 2011, pp. 2298-2303. ].
Czech hydro-meteorological institute can provide (on demand) more detailed data.
Precipitation Reductions due to Green Roof.
Precipitation reduction (or fx factor) for this situation is set to 1%.
These data are used for consequential calculations.

More importantly, the time-consuming process to employ sophisticated nonlinear, three-dimensional dynamic analyses and to interpreter the massive amount of data would be a large impediment to gain wide applicability among practitioners.
Note: the data to construct these EDP-DV functions were based on the loss and damage prediction using Monte Carlo simulation.
In the final design, a further 10%-15% increase from the 2nd design point was predicted, though the reduction of peak drift ratio was smaller than 5%.
Clearly, the automated design is more efficient in reducing the total loss, with about $6 M more reductions of the total loss.
Steps (2) and (3) require a few cycles until a satisfied design is reached, and human interaction is needed to collect data, interpret results and tune the parameters etc.