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A simple geometric method is employed under this condition. 2 Related Research 2.1 Point cloud data processing technology In reverse engineering, there will be inevitable errors existed in the point cloud data, and point cloud data processing is needed.
In [4], Fujimoto et al. improved a sequential data reduction method for computer integrated manufacturing.
In this condition, point cloud reduction is possible keeping the distance between input and output data within a given tolerance.
A new segmentation method for point cloud data.
Interference detection for direct tool path generation from measured data points.

According to the data, the maximum input acceleration of shaking table is 790.332gal, while the output acceleration of concrete slab is 563.61gal, reducing by 28.69%.
It is shown by the data that the creeping energy dissipation of gravel layer occupies 92.56% of the total seismic energy, and the frictional dissipation merely takes up 7.44%.
Fig. 11 is the relation chart of seismic energy, frictional energy dissipation and creeping energy dissipation under the same operating condition. t is shown by the data that the creeping energy dissipation of gravel layer occupies 92% of the total seismic energy, and the frictional dissipation amounts to 8%.
As shown by the data and figures above, for buildings and structures under the action of earthquake, sliding friction can effectively dissipate the seismic energy.
[2] Zhou Fulin, Seismic Reduction Control of Engineering Structures [M].

China’s tourism will face increasingly severe pressure from low carbon and emission reduction.
Data and Method Data Source.
The data includes: 1) Scale and occupancy rate of China’s star-rated hotel rooms in 2009, based on The Yearbook of China Tourism Statistics 2010 (Supplement). 2) Energy requirements of star-rated hotel rooms per bed night, based on the data provided by Jinhe[5]. 3) Railway, roads and waterway passenger-kilometer of 31 Chinese provinces in 2009, based on China Statistic Yearbook 2009. 4) Limited to the difficulty in collecting data, aviation passenger kilometers of 31 Chinese provinces in 2008 is used to replace the data in 2009, based on the China Compendium of Statistics 1949-2008. 5) Tourism Industry revenue of China’s 31 provinces in 2009, based on The Yearbook of China Tourism Statistics 2010 (Supplement). 6) Carbon emission factors for railway, roads, waterway and aviation, based on the data provided by Yanxu and et al.
Considering the collection of statistics data of tourism transportation, passenger-kilometer can be quoted directly because tourism transportation is part of the passenger transportation.
Considering completeness and reliability of data collection, the paper takes star-rated hotels for object.

The mechanism of adsorption is clarified to be the oxidation of hydroxyl groups and reduction of trivalent gold ions to metallic gold on the adsorbent surface which were supported by FT-IR, XRF and SEM.
The results showed that the adsorption data fit well (R2 = 0.999) with Langmuir model, therefore the adsorption capacity in this study should be based on monolayer adsorption
Kinetic model as pseudo first-order equation (equation 5) and pseudo second order equation (equation 6) were determined using the adsorption data at various temperature as shown in Table 1.
The resulted data fitted well with pseudo second-order
The adsorption mechanism was elucidated to be the oxidation of hydroxyl group of tannin in RBP adsorbent and reduction of gold ion on the surface of RBP adsorbent simultaneously.

These improvements show substantial reduction of GHG in the manufacture of magnesium IPs and improvement in comparative GHG performance with other materials.
An IP is studied because of the high non-metal components and the opportunities for weight reduction through substitution of metal and non-metal structural components with magnesium.
This comparison is also extended to investigate two different routes for the production of magnesium: thermal reduction and electrolysis.
Most of the data for manufacturing magnesium, steel and plastics components of IP variants have been obtained from published data and SimaPro database [5].
The LCA study makes some simplifying assumptions in computing the emissions due to reasons of project time constraints, availability of data and the complexity.

Reduction of the costs in the operation of the building, due to energy-saving technologies, is a priority in the construction today.
Energy saving as a part of modern constructions leads to the reduction of greenhouse gas emissions.
Let us consider using of energy efficient technologies to the school building in a hot climate, based on the raw data: − the area of the first floor = 2681,58 sq.m.; − the area of the second floor = 1219,79 sq.m.; − roof area = 3901,37 sq.m.; − number of people = 400. 1.
To calculate the heat losses through the building envelope, the following input data (Table 5).
Based on the initial data we perform the calculation of transmission heat losses for each type of walling.

Shear strength reduction approach is applied to evaluate stability of rock slope and calculate safety factor of sliding surface.
For example, input parameters are not usually measured and availability of these data is generally poor.
The factor of safety in case of slope stability analysis by strength reduction method may be defined as the ratio of the resisting shear strength of the material to the driving shear stress developed along the failure plane.
In order to evaluate the factor of safety, finite element method is applied by combining with shear strength reduction approach.

FCA and rough set theory are two kinds of complementary mathematical tools for data analysis and data processing.
Fuzzy rough concept lattice model Training data in real-world applications sometimes consist of quantitative values.
Output: A quantitative data set with n objects, m hierarchical attributes, a set of membership functions, and a value α for α-cut.
The graphical user interface can capture abundant data.
In order to manage a large amount of data in the tool, a repository is necessary[4].

The data divide into two regions of Mw.
The empirical equation (1) derived for supported film can still hold to describe the data for the low Mw free-standing films with modified fittings.
This may suggest that the mechanism of Tg reduction is the same for both supported and free standing film, i.e. the free surface should be the reason of Tg reduction.
The larger the Mw is, the thicker the film that the Tg reduction happens.
It supports that chain ends are not important in the Tg reduction, and the Tg reduction arises mainly from the fast dynamics in the surface region.

The HEASARC'S Swift CALDB system which stores and indexes datasets associated with the calibration of the Swift instrument is essential for data reduction and analysis.
Photometric Data Procession Method The UVOT data can be described using three basic modes: Image, Event and Image & Event.
Here, we consider the analysis of image mode data; in the further article, we consider how to deal with the Event mode data.
The publicly available data can be downloaded from the HEASARC archive [7].
We are grateful to the entire Swift team and the UK Swift Science Data Centre.