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They are the vectors corresponding to the given data TΓl in the boundary integrals.
The major complexity of this modelling is the data transport after the modification of the geometry.
Moreover, the data is transported along these parts per time step.
So the data is moved by the uncoiling process from the coil into the unrolled strip and conversely by the coiling process.
The temperature reduction is approx. 50 ◦C.

Table 1 indicates assumed values for the purpose of this study due to difficulty in obtaining actual interruption data.
Table 1 Reliability data for all the network classifications (BSP and DB) The failure rate, F, is a measure of unreliability.
Fig.6 Distribution Network Block Representation (Case-1) Table 4 Network reliability data calculations Fig. 7.
Table 5 Networkreliability data calculations Fig. 9.
Table6 Network reliability data calculations Fig. 11.

Amongst these techniques, fuzzy logic is a promising solution due to its inherent ability to handle the imperfect and uncertain data provided by the sensors avoiding further processing of data.
Also, the fuzzy inference system is a universal approximator, and therefore has the ability to do any non-linear mapping between sensor data and the control variables.
The toolbox contains functions, graphical user interfaces and data structures that allow the user to quickly design, test, simulate and modify a fuzzy inference system [7].
As the robot enters in the medium forward tilted region from fully tilted forward region, Rule-III will become dominant which will result in reduction of robot speed from full forward scale to half forward scale.
The controller takes tilt angle data with the help of an accelerometer and maps this data to speed of motors in the form of rule base.

To solve these problems, therefore, we need to strengthen enterprise product logistics anti-fake prevent cargo information management and control.[1-2] Products in the outbound only digital anti-counterfeiting mark to be given, such as bar codes and QR code anti-counterfeiting image, by two or more cameras for anti-fake products image acquisition, the collected image is converted into digital signals, then send the 3D image information into the computer 3D image reconstruction, obtain the products tested anti-counterfeiting mark 3D data, through the data after the match with product information, can get the details of the products.
All products not distinguish production according to the dealer orders, solves the finished products warehouse and product backlog, only need to configure a computer a data collector can replace manual recording, manual input, manual original read the information, manual query product flow range of manual operation, truly in the management realized without paper operation and information transmission.
The three parts, the image sensor or a high-speed camera to obtain images of the object to be measured, and the image is transformed into a data matrix, analysis and processing of data by computer, and then complete the inspection work related to vision, image.
Local matching algorithm application of 3D computer vision, image feature extracting useful, classification of image features, the image more high-level description of the circle and 3D reconstruction, and matching comparison and product information data products in the library, complete anti fake mark detection tasks of computer vision system required.
Window increases, noise reduction, colleagues view difference smoothing, but the edge of the image will be blurred, and the proliferation of image edge window more prospects more.

The base of success is engaging in a disciplined data collection and analysis to determine the best solutions and ways to satisfy customer expectations, minimizing of wasted resources and maximizing of profit.
Collecting and analysing data enables the project team to have enough information to improve the process and make it better and more effective.
Six Sigma remedies are always in data.
The task of the project was the elimination of delamination problem and cost reduction due to scrap.
Then, there was prepared and specified a plan for data collection and a parameter from which the process must be measured.

Tow driving wheels acted as rear-wheel which driven independently by dual reduction DC motors.
The basic data of the robot structure were shown in Table 1.
Algorithm of data fusion was researched to improve precison and reduce noise.
The deviation signal of each sensor would be loaded into data fusion center, and the final output was rational deviation between torch and seam center.
As shown in figure 9, data of three sensors was put in data fusion center in order to form unified system track.

Data and Methods of Research An objective and reliable assessment of the state of development of the housing industry of any state and its individual sectors is impossible without forehanded and comprehensive providing with up-to-date and reliable statistical data.
The theoretical and methodological basis of this article is characterized through the systematic use of interdisciplinary knowledge in the economics of construction, industry regulation, the housing economy, using the analytical approach, the method of comparative analysis and methods of mathematical processing of statistical data.
The statistical data of the state statistics bodies were used as an empirical material.
Evidence of a deterioration in the living conditions of the population and a decrease in the level of comfort in new construction sites is the reduction in the average size of an apartment in newly built housing (in 1995 the average apartment size in the newly constructed housing was 68.2 sq m, in 2010 – 81.5 sq m, in 2016 – 68.7 sq m [1]).
The share of housing attributable to the commercial leasing market varies according to different data from 3% to 7%, which does not reflect the actual situation [6].

Further increasing machining requirements resulting from strategies such as lightweight construction, downsizing, and friction reduction are pushing conventional honing methods to their technological limits.
A study of potentials showed that a shape-optimized cylinder bore in a 4-cylinder passenger car engine has a fuel saving potential in the range of 1.1% to 1.5%. 25% to 30% of this potential result from a reduction of blow-by losses and piston skirt friction and 40% to 50% from reduced piston ring friction [1].
In the general trend towards weight reduction and minimizing installation space, any increase in rigidity achieved by using more material appears impossible.
The exact material removal data must be known, which requires a complex measuring strategy based on a reference point system.

At the same time, the TMV5-MK wire provides a reduction in spatter losses, an increase in welding productivity and high mechanical properties of the weld metal.
Results and Discussion The obtained data are given in Table 1.
Um, Im – mean values of arc voltage and welding current; KvU, KvI – coefficient of variation by voltage and current; Nsh.s, Fsh.c – number and frequency of short circuits; sh.cmean – mean value of duration of short circuits; Nsh.creal and sh.creal – number and duration of real short circuits As is seen from the given data in welding at a short arc (Ua < 23 V), the process is accompanied by short-time short circuits.

These electrode materials include materials based on the amorphous nickel matrix containing TiO2 as its crystalline phase and non-stoichiometric titanium oxides which, thanks to their coexistence in the layer, make up effective oxidation-reduction pairs that catalyse the evolution of hydrogen.
It is beneficial when the potential of the base electrolyte decomposition is much more negative than the reduction potential of the reagent [6].
The sodium hypophosphite present in the suspension bath serves as the nickel matrix amorphizator and undergoes the same process of reduction on the cathode.
While comparing the values of the rate constants and the exchange current density with literature data [2,3], one can observe that the values included in Tab. 1 are lower.
Based on the tests of the electrolytic evolution of hydrogen that were carried out, a reaction mechanism of hydrogen electroevolution with the participation of the non-stoichiometric titanium oxide consistent with a two-step Volmer-Heyrovský's mechanism can be proposed [6,12,13]: For the Ni-P+TiO2+Ti10O19 dispersion layer: Volmer' step: Ti10O19 + H2O + e- ® Ti10O19H + OH- (5) Heyrovský's step: Ti10O19H + H2O + e- ® Ti10O19 + H2­ + OH- (6) 2H2O + 2e- ® 2OH- + H2­ (7) For the Ni-P+TiO2+Ti7O13 dispersion layer: Volmer's step: Ti7O13 + H2O + e- ® Ti7O13H + OH- (8) Heyrovský's step: Ti7O13H + H2O + e- ® Ti7O13 + H2­ + OH- (9) 2H2O + 2e- ® 2OH- + H2­ (10) For the Ni-P+TiO2+Ti4O7 dispersion layer: Volmer's step: Ti4O7 + H2O + e- ® Ti4O7H + OH- (11) Heyrovský's step: Ti4O7H + H2O + e- ® Ti4O7 + H2­ + OH- (12) 2H2O + 2e- ® 2OH- + H2­ (13) At the Volmer's step, reduction