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Experiment data show that the fusion of multiple classifiers for face recognition has higher efficiency, accuracy of recognition and lower rate of error recognition.
Face identification technology not only avoids users being involved too much but also combines the advantages of contactless data acquisition and convenient hiding without any damage to the users, so it is called the most promising method of verifying the user identification in the 21st century[2].
Because face images are comparatively larger, the number of samples in face recognition is fewer, we extract principal components for data set by using PCA and reduce the dimension of samples.
The features after rank reduction are sent to SVM for study.

Based on the construction environment, theconstructiontechnology, the smaller earthwork excavation of deep high pressure rotary jet grouting pile with undrained caisson combined construction technology combined with monitoring data for the open caisson excavation control is adopted.
The hydrological condition As pore water,the project site of shallow groundwater, supplied by the atmospheric precipitation and surface water, it has certain hydraulic connection with the Yangtze river water level, during exploratory period underground water level buried depth is commonly 0.15 ~ 1.20 m, In case of rain or rainstorm, the underground water level may rise to the ground.According to the hydrological data, the project site along Yangtze River tide as follows: Table 1 The Yangtse River tide table Historical highest tide level 6.03[m] 0.1% design high water level 6.62[m] History lowest tide level -0.19[m] 1% design high water level 6.02[m] Years of average high water level 3.31[m] 97% design low water level -0.25[m] Years of average low water level 0.88[m] 99% design low water level -0.31[m] Deep well sinking construction Circulating water pump house connected caisson is divided into four sections, two sinking, about 23m sinking depth.
Table 2 Сaisson deviation form Quality common fault causes analysis Preventive measures and treatment methods Caisson tilt 1) Soil at the foot of caisson cutting edge is soft and hard uneven. 2) No even digging make the well surface difference in elevation. 3) Digging too much, caisson sink suddenly, easy to produce tilt. 4) The well abandoned soil or pile, Inoue and load points and uneven, resulting in the sidewall bias. 1) Strengthen the observation and data analysis during sinking ,discover tilt and correct timely. 2) In high blade feet side reinforcing soil, low side ,little dig or no digging, stay positive and then uniformly layered soil. 3) In lower blade feet side appropriate backfill sand, delaying the sinkingSpeed.
Caisson sinking too fast 1)In soft soil layer,soil compressive strength is small, make sinking, faster than the excavation speed. 2)Caisson external soil liquefaction. 1) Adjustment of excavation, no dig or partly excavation at the edge of the foot. 2) Filling the rough material between the open caisson wall and soil wall, or rammeding the earth of well Cylinder, increasing friction drag; as the external well, Soil liquefaction virtual pit, can fill gravel processing. 3) Reduction of each section of cylinder body height, weight loss of open caisson.

DLS data showed QDs and core/shell to be stable.
A more common method is to passivize QDs with layer of another wider band-gap semiconducting species, forming a core–shell structure and this passivizing shell provides several advantages including: (i) enhancement of QD luminescence, (ii) reduction of cytotoxicity by preventing the leaching of core and hence make them suitable for biological applications [4].
The TEM data shows the particle size lies in the range of 4-8 nm.
Börnstein, Numerical Data and Functional Relationships in Science and Technology.

Experiments show that the method compared to the traditional method using only the detection results of the brightness component improved substantial, reduced empty of the detected vehicle a large extent and increased traffic information data accuracy depending on the detection result.
It refers to data from multiple sensors for multi-level, multi-faceted, multi-level processing and integration, and obtains more reliable, richer, more accurate and meaningful information.
Taking into account the effect of noise filtering and reduction of the effective loss of signal, the filter templates select 3×3 template.
The test results of the yellow and blue cars are shown in Figure 2, Figure 3 below: (a) The current frame of Yellow car (b)Y-component DY (c) fusion Figure 2 The test results of the yellow cars (a) The current frame of blue car (b) Y-component DY (c) fusion Figure 3 The test results of the blue cars It can be seen from the figure, Y-component of the test results has more space empty, the edge is not clear, the use of three components of the results of testing data fusion target enrichment, hollow substantially reduced, full body, test results have increased significantly.

The tools used were end mills, and its dimensions and cutting conditions considered data from the manufacturer.
In the example illustrated in Figure 4, we consider the use of the data described in Table 2, where values of rotations we have to meet very high cutting speed used, whose value was set at 190 m/min for all tools.
Example Table 2 – Cutting data used.
[mm/rot] feed/min [mm/min] 3 1 0,003 2 0,5 60478,9 0,009 544,31 3 2 0,010 4 1 30239,4 0,030 907,18 3 4 0,023 5 2 15119,7 0,069 1043,26 3 6 0,030 6 3 10079,8 0,090 907,18 3 8 0,038 10 4 7559,9 0,114 861,82 3 10 0,043 12 5 6047,9 0,129 780,18 3 16 0,065 17 8 3779,9 0,195 737,09 3 20 0,070 21 10 3023,9 0,210 635,03 With these data, we obtained the following values of the cutting path length, shown in Table 3, considering a depth of 5 mm.
Likewise, with the change machine in use, uses cutting data compatible with other equipment and determines this is a new situation.

The Available Research Data.There are some related research data available in this study.
Data Collection and Statistics.
The survey data are shown in table 4.
Yapu village gained the highest value because its reduction in chemical fertilization and pesticides application, mainly due to technology utilization.
But in this study, the researchers observed its sophisticated changes, the index system needs to be improved or changed according to the following considerations: The index in this paper was established according to current agriculture policy, the achievements of ecological village construction and some data from research papers, they can be applied universally.

However, this method was modified by using undisturbed sample to compare the result with bar linear shrinkage method and the measurement was obtained by the reduction of its diameter at four points of the sample.
Materials and Methods Some past research had been reviewed to provide rationale data of the study and to give some information on the physical properties of the peat soil.
The data obtained was analyzed and compared with previous study to make a conclusion.
Table 2 shows the summary of data for all tests that had been conducted.
Modified shrinkage data was obtained from the average of four points measurement.

Reduction of process steps can be achieved by connecting the face layers and core in-situ via in mold assembly process using foam injection molding (FIM).
To obtain statistical valid data at least 5000 individual fibers were measured [10, 11] and scanned.
Parameters and properties of the tested specimens (MuCell®) Gas content [wt-%] Weight reduction [%] Dynamic pressure [bar] (Process) fiber content [wt.-%] (Specimen) fiber content [wt.-%] Injection pressure [bar] Weight average fiber length [µm] 0 0 5 30 29,2 330 2698,3 0 0 20 30 30,1 335 2075,6 0 0 40 30 28,4 328 2378,5 0 0 5 40 38,8 423 1653,5 0 0 20 40 39,3 420 1412,2 0 0 40 40 38,7 420 1583,8 0,3 10 5 30 Not possible to manufacture 0,3 10 20 30 30,0 - 2752,9 0,3 10 40 30 29,6 220 2286,7 0,3 10 5 40 Not possible to manufacture 0,3 10 20 40 39,6 371 1993,3 0,3 10 40 40 40,1 360 1703,2 As shown in table 2, the blanks with a dynamic pressure of 5 bar could not be manufactured.
Parameters and properties of the tested specimens (D-LFT-FIM) Gas content [wt-%] Weight reduction [%] Dynamic pressure [bar] (Process) fiber content [wt.-%] (Specimen) fiber content [wt.-%] Injection pressure [bar] Number of rovings Rotational speed TSE screw [U/min] Amount polymer [kg/h] Weight average fiber length [µm] 0 0 5 30 30,4 376 8 80 31 3021,5 0 0 20 30 29,9 355 8 80 31 3188,7 0 0 40 30 30,0 345 8 80 31 5971,3 0 0 5 40 38,9 446 12 80 30 5283,2 0 0 20 40 38,9 425 12 80 30 5773,6 0 0 40 40 38,7 410 12 80 30 3988,4 0,3 10 5 30 28,3 372 12 80 30 4752,2 0,3 10 20 30 30,7 357 12 80 30 7196,0 0,3 10 40 30 30,8 341 12 80 30 5568,7 0,3 10 5 40 38,4 439 18 80 30 5001,2 0,3 10 20 40 38,2 424 18 80 30 9579,2 0,3 10 40 40 39,0 460 18 80 30 7830,6 Figure 5 illustrates scans from corresponding MuCell® (left) and D-LFT-FIM (right) specimen with 0,3 wt.-% gas, 30 wt.-% fiber content and 40 bar dynamic pressure.

Necessity for reduction of greenhouse gases emissions, the growing demand for improvement of biorefinery technologies and the development of new biorefining concepts, oblige us as a society, mainly scientists, to develop novel biorefinery approaches.
The legislative ideas and policy actions included in the Fit for 55 package are as follows: 1) the EU's emissions trading system, 2) member states' emission reduction targets, 3) emissions and removals from land use, land use change, and forestry, 4) renewable energy, 5) energy efficiency, 6) alternative fuels infrastructure, 7) CO2 emission standards for cars and vans, 8) energy taxation, and 9) the carbon border, 10) sustainable aviation fuels, 11) greener fuels in shipping, and 12) social climate fund [2].
All the above-mentioned growing demand for the reduction of greenhouse gases and the improvement of biorefining technologies and the development of new methods oblige us as a society, mainly scientists, to develop sustainable lignocellulose (LC) processing technologies.
Three parallel tests were run for each sample, and the average of the data is displayed with a relative standard deviation (RSD) for all experiments that was less than 5%.

Without the half select condition, the proposed 10T cell allows efficient bit-interleaving to provide soft error rate protection and the dynamic power is also decreased significantly due to the reduction in the number of bitlines discharged and charged during the read and write operation.
When column-based write signal is activated, the data will be written into the selected cell.
Because we do not need to consider pull-up ratio and the read margin during the write operation, the two pass gates (M7 and M8) and the portion for storing data can adopt the minimum size design.
References [1] Meng-Fan, C., et al., A Differential Data-Aware Power-Supplied (D2AP) 8T SRAM Cell With Expanded Write/Read Stabilities for Lower VDDmin Applications.