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It uses infinite-past data to devise a rule based prediction method on a time series.
Obviously, infinite history means the whole past samples of the data.
The reason of this expectation is the 2d pattern detection ability of the new version, which does not appear within 1d data.
Naturally, the algorithm searches through the whole data sequence repeatedly for each prediction step, and it has high computational and memory requirements.
Sapiro, LOCO-I: A low complexity, context-based, lossless image compression algorithm, Dcc '96 - Data Compression Conference Proceedings (1996) 140-149

To the best of our knowledge, Ag/Pd bimetallic composite has been not used for nitrate reduction.
The data were analyzed through Gamry Echem Analyst software (Gamry Echem Analyst Version5.50).
A higher of lower than the ratio of 3:5 would have a lower response for nitrate reduction.
Amperometric responses of nitrate reduction at -0.9V (vs.
On one hand, Ag/Pd bimetallic composite was firstly used for electrochemical reduction of nitrate.

Table 1 lists the data for some metals, together with the data for some minerals and fuels.
It has been shown that there is a significant potential for a reduction of the materials cost in industry.
The reduction of the materials cost has a multiple economic impact.
After opto-electronical acquisition of data the individual cladding elements are shaped on the computer.
The software determines all the manufacturing data for the reinforcement plans.

The mobile user data analysis: to extraction and analysis of the data that is acquired by mobile users, and reduce data packet by analyzing the network protocol reduction, extracted text data the audit need.
So they must compose all data packet of two-way transmission, finally achieve data reduction.
Fig.2 Data acquisition mode 2 Data Analysis Module The collection of data packets are coming with the TCP/IP header, the need for parsing data packet and extracting data of text.
The data were complete reduction, so as to achieve a complete audit data in mobile internet.
In this paper, we used the method of TCP/IP data reduction.

The method based on the specification[1] uses the site detective data to obtain a reduction coefficient (also named inspection coefficient Z1), then multiplies the designed load-carrying capacity by the reduction coefficient to obtain the actual load-carrying capacity of bridge.
Because of the complicated data collection, some factors can be obtained only by experience, so the assessment result is not accurate.
In reference [5], the reduction factor is characterized by the structural breakage condition weight grade which is on the basis of the construction quality and detection data.
But in the actual detection, because of the finite condition, the technical person can only get small simple data, so a kind of statistical method is urgently needed to approximately estimate the general parameters according to the small simple data.
Bayes method is a kind of one that its basic idea is that considering the parameters waiting to be estimated as random variables, then the existing statistical data and site detective data are used to infer to the mean value and standard deviation of the parameters waiting to be estimated anew.

Life cycle inventory Data collection of main processes.
The data of general cement clinker production process collected partly through interviews and site visits at local enterprises.
A consistent set of data on energy consumption and material inputs were obtained by sending them a standardized questionnaire.
Limestone is the major raw material in cement production, all data on limestone mining adopt the data from Zhou [9], and the data on clay mining and sandstone mining was obtained from Simapro.6.
The data of coal mining refers to the achievements of Yang and Yuan [11, 12].

Recently, research on mechanism of runoff and sediment reduction by plant measures became a hot point.
Wang et al. studied effects of grass coverage on shallow flow hydraulic parameters and sediment reduction [5].
Results and Discussions Reduction Effects of Grass on Runoff and Sediment Yield.
Based on the experiment data, the sediment yield rate was significantly and positively correlated to the flow shear stress and increased with the increase of the flow shear stress on both grass and grass plots, which can be seen in Fig. 1.
Effects of grass coverage on shallow flow hydraulic parameters and sediment reduction.

The reduction of Ni is comparable to the reduction of α(t) to gain rough and fine training.
Data, fitting with the map’s training data, are located at a specific place on the map and the BMU is similar to the compared data point.
The measured data was used for extracting features with the help of a data analysis, without using a physical model.
Two additional outliers can be seen in the group of data from the undamaged structure when comparing new data with the map.
Figure 8: Comparison of data of a second sensor (C) with an existing SOM trained with data of a sensor (T) shown in Fig. 7 Almost all data of the damaged structure are located in one node, belonging to the group of sensor breakage, while three nodes belonging to the group of broken test data are not covered by any data point of the comparisons data sets.

The significance testing (p-value) was computed for KOOS and advanced data processing was used for gait data.
Fig.1 Time schedule for patients evaluation In order to compare the biomechanical parameters measured in gait movement (knee angles and gait phases), the data recorded during the measurements was processed.
The data processing refers to the identification of the gait cycle in the recorded time series, basing on the gait events.
This data processing is a very time consuming operation due to the variability of the data in time.
Average knee joint angles in ORIF group Conclusions The data here presented shows no clear advantage in using an internal fixator over the classic plating methods at 6 months postoperatively.

This results in reduction of the effective minority carrier lifetime, increasing the electron-hole recombination in the base in the immediate vicinity of the stacking fault, leading to a reduction in the current gain.
The following observations can be made from data shown in Fig. 3: (1) The initial DC current gain was approximately 30 (fig. 3(a)) which reduced to about 15 after 16 hrs of stress - a 50% reduction (fig. 3(d)); (2) The on-resistance in saturation increased substantially, and (3) The slope of the curves in the active region increased as a result of the electrical stress.
The reduction in the current gain of SiC BJTs can be explained on the basis of what has been previously observed in SiC pn junction diodes [4-6].
This results in reduction of the minority carrier lifetime, reducing the conductivity modulation in the immediate vicinity of the stacking fault, leading to an increase in Vf.
The reduction in current gain can also explain the increase in the onresistance of the BJT in the saturation region since not many carriers make it across the base into the collector.