proposed method

Experimental results demonstrate that the proposed method can resolve those problems resulting from the surface marking rule effectively.

This proposed method has been used for quality evaluation of natural Gamma spectral log in the Ordovician carbonate strata in Tahe oilfield.

The proposed method is flexible, and can be used for time-depth conversion of any complex structures.

Simulation results show that the mean square error (MSE) of the proposed method is about one tenth of that of the LS method.

At last, The effectiveness of the proposed method is verified by the wind-induced vibration of National Stadium main roof.

The simulation results show that the proposed method is high effective and high precision and easy to use.

The feasibility and efficiency of the proposed method are finally demonstrated with transient process analysis of a real hydropower station.

Simulation results also show the superiority of calculating the pitch angle using proposed method over that of using sky area ratio method.

The proposed method is then combined with the branch-and-bound method to evaluate the total failure probability of the system.

Computer simulation for a uniform linear array and a circular array verifies the correctness and effectiveness of the proposed method.

Experiments show the proposed method dramatically reduces computation when keeping the quality of pictures up to the practical requirements.

The proposed method can also be applied to calculation of the losses of other types of laser beams propagating through a hard-edge aperture.

Finally, Design simulation of a truck frame structure is completed by the proposed method, and a good result is obtained.

Result The mean result of the multi subject data demonstrated that the proposed method removed confounds in fMRI time course efficiently.

Therefore, we believe that the proposed method in the paper is suitable to be applied to the automatic classification of Chinese web pages.

The proposed method is simple and easy to implement in hydraulic turbine governor.

The experiment results prove that the proposed method and circuit can measure the true RMS of any high frequency signal accurately.

Compared with the conventional finite element method, the proposed method can reduce the total number of elements and CPU running time.

Experimental results show that this proposed method is effective for dam recognition in the visible images.

Simulated results indicate that the proposed method is of good trajectory tracking control ability and global stability.

The proposed method considers the geometric relationships between a camera and the point pairs instead of an individual point.

As an application of the proposed method, the excitation control of a three-node power system with nonlinear load is discussed.

The proposed method is simple and able to quickly generate a large number of patterns with different national characteristics patterns.

Finally, the feasibility and effectiveness of the proposed method was illustrated by a design case of electrical precipitator.

An experiment is carried out to design and manufacture a pair of micro involute gears, and the proposed method is proved feasible.

Compared with the experimental data, the proposed method can be used to predict thermal conductivity in wide range of the volume fraction.

The proposed method is applicable for the thin-walled member of any cross section with any boundary condition.

The simulation result of pendulum track control illustrates the effectiveness of the proposed method.

Practice shows the proposed method is simple, stable, and can be used for process information search problem quickly.

The last part provides conclusions and recommendations, as well as suggested applications of the proposed method.

Results and performance of the proposed method are better than that of other involved ones. Moreover, it is not sensitive to the noise.

The experimental result shows the effectiveness of the proposed method for a parameter identification of time-varying system.

The results show that the proposed method can be reasonably applied to the plastic analysis of frames with tapered members.

Finally, the proposed method was applied in the measurement of an automobile engine cylinder head and reconstruction of its geometry model.

Further, the proposed method is illustrated through a wind pressure field simulation of a large-span stadium roof.

The proposed method is demonstrated to be valid and efficient by performing the stability of two typical soil slopes.

Simulation of an acrylonitrile extractive distillation column demonstrated the efficiency of the proposed method.

Finally, model reconstruction of a certain wing rib is provided to illustrate the validity of the proposed method.

The case study of hydraulic workover rig was given to demonstrate the feasibility of this proposed method.

The results show that the image recognition rate is up to 100% for road navigation with the proposed method.

The basis functions matrix reflects the statistical character of speech data itself, so this proposed method is of great rationality.

Practices show that the proposed method is reasonable and can be further used in the designing of periodic kilns.

A numerical example shows that the passenger train diagram for dedicated passenger lines can be drawn effectively with the proposed method.

The experiment results show that the algorithm is stable, and the proposed method can be used to reconstruct the plants with large leaves.

Finally, simulation results of a certain type of flight control systems are presented to show the validity of the proposed method.

Finally, an application example was used to verify effectiveness and feasibility of the proposed method.

And a new improved droop method, P-Q droop coefficient regulation method, was proposed. Simulation results confirm the proposed method.

Simulation results demonstrate superiority of the proposed method over cyclic diagonal codes in a wide range of SNR.

We compared the results of the proposed method with manual segmentation and observed that the method has an overall accuracy about to 82%.

The experimental results show that the proposed method is practical and effective, and also be robust to scale and rotation changes.

The proposed method with a simple structure can avoid the congestion effectively, and reduce cell loss rate.

The proposed method is of good accuracy, high repeatability, precision and less interferences from impurities.

Case analysis shows that the evaluation results by the proposed method are more rational and perfective , and conforms to reality.

Therefore, the proposed method should be used for studying the intracellular kinetics of UA.

Compared with the traditional correlation method, the proposed method is simple and of high efficiency.

The proposed method is proved to be effective in reducing range measurement error and phase measurement error through simulation.

Simulation results show that the proposed method is an effective tool to solve the uncertain multi-attribute decision making problems.

The proposed method and conclusion can be extended to the multi-parameter optimization design of the turbo-machinery.

A synthetic assessment model based on the attribute measure theory is built up, and a numerical example is given by the proposed method.

An illustrative example of a three-sensor system shows the characteristics and merits of the proposed method.

Experimental results demonstrate that the proposed method outperforms the previous by providing better surface reconstruction results.

Illustrations demonstrate that the proposed method can be applied in assembly simulation of complex system with soft cable.

This proposed method can promote the application of automation technology for packaging machinery design, and is a referential example.

The experiments show that the proposed method can significantly improve position and orientation tracking accuracy of the moving vehicle.

The proposed method is applied to satellite attitude controller design to cope with the errors arising while linearization procedure.

The proposed method was proved to be simple and feasible, which provided a new way for optimization of Numerical Control (NC) machining.

Compared with common interpolation approach, experimental results show smoothness and effectiveness of the proposed method.

Simulation results have demonstrated that the proposed method can achieve lower reconstruction distortion with lower energy consumption.

The proposed method has been applied to a laboratory prototype of the current-source active filter.

Finally, by a practical example, the proposed method was verified that it could keep rationality of business process logic.

Moreover, a simulation experiment proves the good performance of the proposed method in case of urban freeway.

The detailed process of this method is given. Simulation results demonstrate the effectiveness of the proposed method.

The proposed method was successfully applied to the determination of flunarizine hydrochloride in capsules.

Experiments show that the proposed method can generate good colorization results and outperform significantly the original Poisson solver.

The proposed method is applied to predict the purity of para-xylene (PX) in a PX fractionation by adsorption process.

The proposed method is rapid, convenient and accurate, and its applicability to determine the trace chromium in urine is satisfac. . .

The proposed method obtains several candidate solutions firstly, and then uses a direct compensation method by to determine final solution.

Comparison between the proposed method and the parametric maximum likelihood method shows similar estimation effects.

Finally, the proposed method was applied to a frame structure adding viscous fluid dampers.

Simulation results of a flight control system show the efficiency of the proposed method.

The results indicate that the music rhythms generated by the proposed method have styles similar to those of the sample music.

The result of simulation shows the proposed method can improve the target image resolution. It is also benefit to detection and recognition.

The results of experiments show that the proposed method can segment the image effectively and properly, as well as is robust to noise.

Results of theoretical analysis, computer simulation and lab experiments have all confirmed the effectiveness of the proposed method.

Experimental results showed that the proposed method could perform better in preserving polarized information than traditional one.

Simulation results for several typical traveling salesman problems indicate the validity and reliability of the proposed method.

Furthermore, the experiments demonstrate the effectiveness of the proposed method to reduce redundant relations.

Simulation results demonstrated that the proposed method can improve the accuracy of maneuvering target tracking effectively.

Test the software consisted of cooperating components by the proposed method , and give the validity of the translation rule.

Finally, the validity of the proposed method was demonstrated by the case study of 4135G diesel engine.

Curvature scale space was used to conduct multi scale analysis and feature detection in the proposed method.

The results demonstrated that the proposed method has better explanation and robustness, compared with the BP neural network based method.

The proposed method does not require prior segmentation of the document into text and graphics regions.

Experimental results show that the proposed method achieves good and stable error performance with minimal additional redundancy.

The proposed method could be readily used to analyze the large piled raft foundation.

The detailed process of this method is given. The simulation result proves the practicability of the proposed method.

Experimental results show that the proposed method is effective for the unsupervised and automatic segmentation of SAR image.

The excellent performance of the proposed method is demonstrated by FDTD numerical simulations and the experimentally measured data results.

The experimental results demonstrate that the proposed method can improve the quality of the reconstructed image.

The proposed method were validated by the measured and calculated results of an application example.

Finally, simulation examples are included to demonstrate the superiority of the proposed method over other recent approaches.

The simulation results confirm that the proposed method effectively eliminates chattering and ensures the quality of control system.

Experiments show that the proposed method raises the predictive precision of decision trees while it greatly reduces the computational cost.

The theoretical analysis and simulation results show that the proposed method can accurately estimate DOA of the signal.

The main advantages of the proposed method are simple design procedure and computational efficiency.

The proposed method works well, and has strong adaptability as well as protecting image edge compared with other filtering methods.

A better agreement between predicted and experimental film thickness verifies the superiority of the proposed method over the prior studies.

The experimental results verify the effectiveness of the proposed method for data sets with both compact and non-compact cluster structures.

Experimental results show that the proposed method can significantly reduce blocking artifacts and improve PSNR and visual quality.

Statistical evaluation of the experimental results shows the effectiveness and improvement of the proposed method.

Numerical experiments verify the effectiveness of quantitative identification and the anti-noise ability of the proposed method.

A case study of the creative design of table style is given to demonstrate the proposed method.

The proposed method has less number of parameter and is simple and reliable, comparing with SVM.

The experimental results show that more reasonable group decision result and faster convergence are obtained by the proposed method.

Simulation results verify the performance of the proposed method for systems with different array configurations.

Finally, experimental results on handwritten numeral characters show that the proposed method is effective and feasible.

Experimental results show that the proposed method achieves good performance in image compression with less computation.

The synthesis capacity and accuracy of the proposed method were verified by using numerical results regarding frequency-response functions.

An application demonstrates that the proposed method improves the accuracy and efficiency of production scheduling.

Computing samples indicate that the proposed method has good analysis precision and can meet the requirements of engineering designs.

Pilot experimental results show that the proposed method can provide with a high quality fused-image.

Finally, the proposed method was applied to the maintenance strategy decision making of aeroengine.

The proposed method can improve location accuracy without increasing communication traffic and computing complexity.

Both the experiment and the simulation results show that the proposed method for the torque converter design is reasonable and accurate.

The proposed method has been successfully applied to determination of ultra trace pesticides in environmental water samples.

The excavation of testing column indicates that the proposed method for diameter-varied deep mixed column installation is effective.

Experiments on both synthetic images and real-world images demonstrate the effectiveness and accuracy of the proposed method.

Through the relevant test results confirms the correctness and feasibility of the proposed method.

The experimental results show that the proposed method can improve the dramatic performance and obtain a highly steady speed precision.

Compared with the wavelet denoising method the proposed method is easier to use and possesses a good denoising effect and good adaptability.

The experiment results show that the proposed method can detect correctly and remove noise while preserving the detail information.

Experiments on the thoracic CT images showed that the proposed method obtained satisfactory results of nodule recognition.

Experimental results show that the proposed method can segment urinary sediment images effectively and precisely.

The proposed method is characterized by good adaptability of the template, exact judge of the target, and good tracking robustness.

Finally, an illustrative example is given to demonstrate the feasibility and practicability of the proposed method.

The validity of the proposed method was demonstrated by theoretical analyzing and verifying experiment on the rotor system.

Experimental results show that the proposed method has greatly improved the efficiency and the accuracy of digitizing the two symbols.

Experimental results on theoretical model and raw uneven seismic data show that the proposed method is fast, efficient and applicable.

Several experiments are given to demonstrate that the proposed method is effective even if the region in these two images small overlap.

Simulations on an aircraft model show the efficiency of the proposed method.

Processing results of real multiple-channel data are presented to demonstrate the effectiveness of the proposed method.

The results indicate that the proposed method is effective in measuring the residual stress in thick pre-stretched aluminum alloy plates.

Simulation results show that the bit rate can be increased by the proposed method.

The experimental results show that the runtime of our proposed method is fast and the relative error is acceptable.

Compared with the traditional methods, the proposed method achieves greater robustness and better accurateness.

This proves the correctness and feasibility of the proposed method and provides a theoretical basis for parameters of ATL process.

Add any other details and state the proposed method of payment.

Finally, the steering vector is calibrated to form the beamformer. Simulation results demonstrate the effectiveness of the proposed method.

The experimental results show that the proposed method can effectively enhance the robot's adaptability and intelligence.

When the lower bound is far less than the true precession period, the proposed method still has good estimation performance.

The experimental results indicate that the proposed method has better perform of vision and segmentation than average filter.

The experiment results show that the proposed method has a good performance both in retrieval efficiency and effectiveness.

The effectiveness of proposed method is verified through a case study from the H Insurance company.

The proposed method enhances the marker detection method with edge extraction, and performs well under complicated shading condition.

It shows the exactness of this paper's formulae by comparing the proposed method solutions to the test results.

The experimental results indicate that the proposed method is highly precise in tracking fast maneuvering moving target.

Simulation results also validate the reasonableness and effectiveness of the proposed method.

The proposed method consists of two phases: detection of MTB candidates and classification.

The proposed method could be applied in R&D of document management system for complicated products collaborative design.

Experimental results show that the proposed method can identify abnormal human behavior effectively.

Simulation results show that the proposed method can obtain better tracking and dynamic performance than other methods.

The effectiveness of the proposed method is verified by simulations and experiments in robot soccer competition.

During the work, the proposed method polymerizes single circle parameters efficiently to get the final global results.

By monitoring the grinding parameters, this proposed method can realize on-line prediction for the workpiece roughness.

Comparison results show that the proposed method is correct and effective; the data of connecting nodes of piping design is reliable.

The detailed practice shows that the proposed method can realize high-speed excavation of high slope and normal service for highways.

An illustration calculation shows that the proposed method is suitable for fitting the creep coefficient function.

Simulation and experiments show that the proposed method can achieve satisfactory performance.

Calculation results of practical power grid show that the proposed method is feasible and possesses good adaptability.

The proposed method can improve pulp quality at high production rate of the conical disc refiner.

The experimental results demonstrated that the proposed method could achieve better accelerating effect than that of CPU.

The results obtained from the proposed method are found to be comparable to those from many well-known edge detectors.

Experiment shows that the recognition rate of the proposed method is about 90% and it is an effective face recognition method.

The feasibility of the proposed method was demonstrated through the simulation.

The results prove the feasibility of the proposed method for the research of liquid fuel autoignition .

The experiment result shows that the quality of the image improves greatly, and the proposed method is much less complex.

By experiments, the proposed method was compared with the median method and the sample consensus method under different traffic conditions.

Preliminary experiment shows the effectiveness of our proposed method.

The various precision constructed human body models using the proposed method can be applied in further research.

The proposed method can detect point features in images robustly and is invariant to image scale and rotation.

In comparison with the hardware-only EDAC method, the proposed method can correct more bit-flip errors without increasing hardware cost.

Simulation results show that the proposed method is applicable to continuous time full-integrated OTA filter design.

The proposed method can also be used for vibration analysis of many other kinds of structures and mechanism systems.

Therefore, the proposed method is an effective tread region segmentation method.

The example of electronic packaging problem demonstrates that the proposed method is available and efficient.

The proposed method was suitable for any landslide shape, and the slide direction could be calculated rather than guessed.

The proposed method is verified by the results of nonlinear time history analysis using artificial ground motions.

The proposed method provides a scientific and reliable means for the risk assessment of shield tunnel construction cost.

Incorporating an optical character reader algorithm with the proposed method yields a useful system for text analysis in videos.

The proposed method can provide a reference value for calculating piping supports maximum span distance for other nuclear plant systems.

We test the proposed method on computer-simulated and experimental speckle correlation fringes, respectively.

The results show that the proposed method provides promising prediction reliability and accuracy.

The proposed method is finally applied to the problem of transient heat conduction which shows its effectiveness.

The experimental results show that the proposed method is efficient and robust to detect and track dim target in infrared images.

The simulation results show that the proposed method is effective to generate high quality computational code word.

Experiment on optimal selection of river monitoring points shows the feasibility of the proposed method.

The proposed method is applied to several engineering practices of North River Levee, and some difficult engineering problems are solved.

Experimental results have shown that the proposed method is accurate and efficient for detecting defect on the camera.

The results revealed that the proposed method is successful in segmentation lung nodules connected vessel.

The proposed method proved its application in accurately and quickly obtaining component manufacturing cost.

Both computer simulation and circuit experiment demonstrate the merits of the proposed method.

The performance of the proposed method is evaluated through subjective and objective criteria.

Several experiments on AR and FERET face database demonstrate the effectiveness of the proposed method.

The proposed method was verified in a practical application, in which system delay decreased by 12. 8% compared with traditional method.

So the proposed method is applicable, electronic BP monitor designed by using the proposed method can be used to monitor BP daily.

A production scheduling example is given, which proves the validation and usability of the proposed method.

The proposed method requires calculating values of a function only but the computation of derivatives is avoided. 3.

The experimental results indicate that the proposed method is feasible for design patent image retrieval.

Compared to the classical support vector machines based method, the proposed method performs better in text detection.

The EMTP simulation shows that the proposed method is accurate and reliable, and has great application potential.

Furthermore, the overextension in interval computations is eliminated and the computation complexity is low in this proposed method.

The validity of the proposed algorithm is proved by comparing the simulation results obtained by EMTP and the proposed method.

The experimental results indicate the proposed method can enhance segmentation accuracy and reduce running time.

Because key points and best breakpoints are exploited, the rules base generated by the proposed method is complete.

The proposed method is applied to assess the water resources carrying capacity of Huaihe River basin.

The processing results of live data show that the proposed method can improve the imaging quality of ISAR significantly.

The experimental results show that the proposed method acquires much better precision and robustness than the conventional one.

The proposed method can select the matching threshold automatically without manual intervention.

As an example, study of DangGui verified the predicting abililty of the proposed method.

With the drive of Facial Animation Parameter (FAP) frame, the proposed method can realize realistic facial animation.

Most importantly, the proposed method can overcome the singular problem of matrices in kernel uncorrelated discriminant analysis.

The simulation results show that the average error is only 1. 719% and the proposed method is feasible and effective.

The experimental results show that the proposed method leads to adequate accuracy of minutiae detection.

The results show that the proposed method can achieve the satisfactory results efficiently and promptly.

Test results show that the proposed method is effective and can significantly reduce GPS diffraction errors.

The experimental result and the application showed that the FBG sensors were working properly and the proposed method was valid.

Simulation results show that the proposed method is effective and adaptable for low and very low bit rate applications.

A numerical example and simulation results show the simpleness and efficiency of the proposed method.

Shear force topographic and near-field magneto-optical images of magneto-optical disk taken with the proposed method are shown.

At last, the opening and closing of the joints of a high arch dam is analyzed as an example according to the proposed method.

The proposed method is applied to assess the water resources carrying capacity of Rizhao region.

The testing experimental results on the synthetic and real images prove the robust to noise of the proposed method.

The experimental results show that the proposed method improves the detection rate and also reduces the false rate.

Experimental results show the accuracy, fastness and robustness of the proposed method.

The experimental results show that the correct recognition rate of the proposed method can reach 99. 976% without noise mask.

The results of example show that the proposed method can implement more exact and effective classification.

The simulation results show the proposed method has a faster convergence rate, and can efficiently meet the need of true height estimation.

EMTP simulations and field tests verified the effectiveness and practice of the proposed method.

Simulation demonstrates the proposed method can get good solution at the cost of less time.

The simulation results illustrate the proposed method has well ability for prediction and generalization.

The proposed method is used to calculate turbulence flow fields within a rotating centrifugal impeller.

The effectiveness of the proposed method is verified through many experiments and analysis.

Experimental results show that the proposed method is effective with low complexity and high accuracy.

The proposed method combined the color feature, edge feature and shape feature of license plates, and offered high robustness.

The proposed method can reduce test application time and test storage using a simple structure that just added a small amount of hardware.

Finally, recent research and future trend of calculating plane calendar life via the proposed method are also reviewed.

The proposed method may estimate Doppler rate robustly in the case of low SNR.

Moreover, the proposed method provides good performance when mismatch exits between model and actual process.

Conclusion The proposed method can effectively improve the robustness and accuracy of DSA image registration.

Experimental results show that the proposed method is characterized by reliability, good robustness and realtimeness.