experimental results

Experimental results prove that this focusing structure is characterized by his compact volume, high rigidity and well precision.

The simulation and experimental results show that this scheme meets the drive requirements of the uncooled infrared focal plane array.

The experimental results indicate the dark adaption time of drivers has great difference.

The experimental results tell us that this vibration energy storing control system can convert and store some of the AC signal.

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

The surface excess was computed from the Gibbs adsorption isotherm and was found to be in good agreement with experimental results.

The wall temperature values from numerical calculation have acceptable agreement with that of experimental results.

The experimental results demonstrated that this method is effective and the ghosting disappears, within a certain scope of the screen.

Experimental results show that this method can reduce the dimension of the classification data, and improve the classification accuracy.

The experimental results show that this system can be used for real-time application under changing environment.

Experimental results show this method is effective and easy to realize, and especially it has high capacity of hiding-information.

Experimental results show that this method can be a fairly standard layout of the Chinese, with higher efficiency and better adaptability.

The experimental results show that the analysis and control are of instructive significance for the improvement of the surface roughness.

Experimental results show that the system is able to simulate smoke quickly with reserved natural characteristic for a complex model.

The experimental results show that this system is capable of detecting the micro defects with a relative high speed.

m have been used as the targets in experiments to produce high energy proton beams bringing good experimental results.

The simulated and experimental results of the pressures in both chambers indicate that this model is suitable for the system.

Experimental results show that this approach can remarkably improve the acquisition efficiency, correctness and validity of constraints.

This article investigates the experimental results of a swept wing model in a wind tunnel by means of the linear stability theory.

The experimental results show that the method is superior to that of single-wave target detection.

The experimental results show that this AAS is able to adjust the modulation misalignment in the IFTS automatically.

The experimental results show that this model obtains low false positive rate and low false negative rate, and is of high efficiency.

The experimental results showed that the molecular composition and structure of domestic lac resin was similar to that of the . . .

Experimental results show that this approach can get more accurate result of approximation.

And the experimental results show that this method can detect motion object shadows efficiently, accurately and is usable .

The experimental results indicated that the satin woven is not easy to cause the blood-coagulation and has better blood-compatibility.

Experimental results showed that this method could effectively enhance the classification performance with the unbalanced data sets.

Experimental results indicate that the sealing capacity of bedding faults is so high that it greatly enhances that of its original rock.

The experimental results prove that the concept of design is rational and the body weight bearing walking assist is effective.

The experimental results demonstrate that this method is invariant to rotation without relying on the center of the fingerprint.

The experimental results proved that TPS had antioxidant activity, which would not be influenced whether TPS bound calcium or not.

Experimental results show that this approach can recognize the user feedback information efficiently and improve the retrieval accuracy.

Experimental results show that this method offers more effective retrieval performances, compared with LCA based expansion method.

Experimental results show that this method can effectively improve fusion result, and achieve high overall accuracy of classification.

The experimental results show that this algorithm has better performance when compared with traditional naive Bayesian algorithm.

The experimental results show that this algorithm quickens the decoding process without decreasing the recognition accurate rate.

The experimental results show the algorithm is simple and easy-to-implement, and is satisfactory in execution time and recognition rate.

Experimental results demonstrate that this algorithm can track human face in video sequences real-timely and has a certain practical value.

The experimental results indicate that this method could further improve the detail information, arrangement, and visual effect.

The experimental results show that this algorithm is robust to the partial occlusions, scale-change illumination and variations.

Experimental results show that this method can improve the accuracy of the class with less training data under a high total accuracy.

Experimental results show that this method has advantages in achieving the Doppler shift of the satellite tracking.

The experimental results demonstrate the system can capture the arriving time of a pulse peak accurately.

Experimental results demonstrate that this method can detect moving targets effectively and practicably .

Experimental results prove that this new method can effectively improve the accuracy of Chinese named entity relation extraction.

Research and experimental results show that this method of identification on logging signals has high accuracy, practicality, run faster.

The experimental results show that this algorithm is robust and imperceptible and can withstand attacks of common signal processing.

Experimental results prove that the watermark is imperceptible and is robust enough to filtering, additive noise and JPEG compression.

The experimental results show that this method is effective for clutter suppression of IR dim small target image in challenging condition.

The experimental results show that this method can increase the formaldehyde removal performance remarkably.

The experimental results indicate that this method of analyzing the dehumidification quantity in the dehumidifier is feasible and simple.

Experimental results showed that the method did not eliminate the influence of background magnetic field.

Theoretical analysis and experimental results show that this algorithm has great capacity of target recognition.

Experimental results demonstrate that this approach can produce better accuracy and performance.

The experimental results indicate that this method both can eliminate the actual image noise and maintain image edge information.

Experimental results show that this method can expand the extracted range and improve the accuracy of information extraction.

Experimental results show that this method has good performance and correct localization from images in different skews.

The experimental results show that this new criterion can decrease the phenomenon of over-fitting and can improve the testing accuracy.

The calculated load-deflection curve up to ultimate point shows reasonable correlation with the previous reported experimental results.

The experimental results show that this method greatly improves the control precision in comparison with PID control method.

The experimental results show that this method is an effective one which can bring about remarkable social and enconomic benefits.

The experimental results demonstrate that this model and IDXP can effectively implement message transmission and collaborative operation.

Experimental results show that this method can resist noise adding, JPEG compression, image cropping and filtering.

Finally, the experimental results show that this technology can achieve better results in extraction of blog body and comments.

The experimental results show that this algorithm detects the image corner exactly and plays a good role for inhibiting noises.

The experimental results show that this fault diagnosis method can correctly detect the fault phenomena of analog circuits.

The experimental results show that Sudanese high TAN crude oil is very easy to crack over the catalysts.

The experimental results show that this algorithm is superior to the zero tree wavelet image compression algorithm.

The experimental results showed that the wear performance of composite coating was 1. 3-2. 5 times of that of the pure nickel coating.

Experimental results show that this method can measure the signal frequency error effectively and accurately.

The theory result of photo-electric bistable system is compared with the experimental results by the results computer simulated experiment.

Experimental results show that the approach can produce a large range of simulated flaw defects with randomness and fuzziness.

Experimental results show that this method is good for the transmission of coded video data in wireless channels.

Experimental results show that this method is accurate, efficient and robust for surface features labeling.

Experimental results indicate that this system offers comparatively high speed and accuracy.

The experimental results show that this method is reliable, viable and accurate and has a small computation capacity.

Experimental results show that this method can achieve synchronization between audio and video, a. . .

Experimental results show that this algorithm can achieve exact deformation with low calculation cost.

The last work in this paper is to leave the experimental simulation results and analysis and summarize the experimental results.

The experimental results showed that the specimen only exhibiled yield behavior, did not occurs through - thickness failure.

Experimental results show that the changes of the total gas pressure in the cavity lead to that the best work current increase.

Experimental results showed that it had the good abilities of evaporation.

Experimental results show that this method can simulate the painting process effectively and can get pleasant rendering effects.

The experimental results show that the new algorithm is better than the traditional algorithms in a binary image and is practicable.

The experimental results show that this method can improve the retrieval accuracy than other existing methods.

Experimental results show that this integrated approach generate summary with high quality.

Experimental results show that this strategy can reduce node energy consumption and extend the network life cycle.

The experimental results show that the system can satisfy the demand of heating in winter with the average COP of the system up to 3. 2.

The experimental results indicate that this algorithm can reduce the overlay link latency and improve P2P routing performance significantly.

Experimental results show that this method will be fast and effective in obtaining multi-fungi with higher precision and accuracy.

The experimental results show that this algorithm achieves a good speedup ratio, extensibility and good degree of parallelism. 2.

Experimental results show that this model has higher accuracy on diagnosis and prediction of equipment fault.

The experimental results reveal that our developed system can trace eyes and detect the blinking effectively.

Experimental results demonstrate that this method has better detection rate and false positive rate.

Experimental results show that the constructed kernels used with an SVM classifier perform better than the existing sequence-based methods.

Experimental results manifest that this method is feasible and effective for mass flow rate measurement.

The experimental results show that this algorithm can generate vivid Chinese ink painting style image real-time.

The experimental results show that this device is practical in power load on-line disaggregation monitoring.

Conclusion The experimental results show that this method can achieves better matching effect.

Experimental results indicate that this improved method may well solve the problem of data bottleneck during measurement.

The experimental results show that the surface active and solubilizing power increase with the carbochain raising.

The experimental results show that TDR is able to provide a reasonably accurate estimation of the electrical conductivity of the pore water.

Done a simulation experiment, experimental results show that this method in some complex environment, can achieve better tracking results.

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

Experimental results of both simulated data and real-world data show that this method has a high accuracy and practical values.

The experimental results indicate that this algorithm is practical and applicable.

Experimental results demonstrate that this algorithm raises the encoding speed with about the same image quality.

Experimental results demonstrate that this method can generate impressive 3D caricature from a single frontal image fast and automatically.

The experimental results demonstrate that this method is effective and promising.

Experimental results show that this algorithm is very robust against printing and scanning, compression, noise and tailoring.

Experimental results of the paper mill wastewater treatment system debug and production operation management is of great significance.

The experimental results show that the system works stably and reliably , satisfying the requirement of the antenna automatic measurement.

The experimental results were correlated, and the correlation can be used in the heat transfer design and validation of cooling schemes.

Experimental results using synthetic data indicate that the presented method can be effective for a rapid and exact monitoring.

The experimental results show that this algorithm can locate the plate precisely and quickly.

The experimental results show that the MAP algorithm can be able to efficiently reconstruct a high quality image.

Experimental results show that this algorithm achieves higher PSNR and has better vision effect than existing AMLE algorithm.

Experimental results showed that particles distributed evenly throughout polyimide and the crystal structure of particles did not change.

Experimental results show that this approach also can resist some other improved RS steganalysis methods availably .

The experimental results showed that dosing PAC was an effective way to increase membrane flux and decrease the operating cost of MBR.

The experimental results show that this method is simple and effective, and has high accuracy.

Experimental results show that the approach can be applied to efficiently generate more detailed bas-relief than previous approaches.

The experimental results of the hydro-efflux hammer indicate that it has good application potential and good application prospects.

The experimental results demonstrate that the software can be operated simply and conveniently, and is valuable in application.

Experimental results show that the proposed algorithm is able to detect a face of near frontal with high accuracy.

Experimental results show that three of the hierarchical models outperform the traditional "flat" model in terms of tree loss values.

At last, according to the daily record, the experimental results show that the decision result of this model has higher accuracy.

The experimental results show that this equipment can realize the melt treatment of Al alloy.

Experimental results show that the flight of penetrator is stable and is in accord with theoretical analysis and numerical simulation.

The experimental results indicate that this algorithm has a high recognition efficiency.

Experimental results show that the method is simple and of high accuracy, and is applicable to the most of infrared images.

The experimental results indicate that the communication protocol is able to transmit data accurately.

The experimental results show that this method can get disparity map efficiently from pairs of bi-focal images.

Experimental results indicate that the whole precess of leaching is still controlled by. the diffusion of reactants in the presence of MS.

The experimental results are fit by an exponential model and establish criteria that can be applied for general receiver coil design.

Experimental results confirm that the simple and easily implemented criteria can guarantee the system stability under large disturbances.

Experimental results show that the design of the file upload download satisfy ordinary users, the system administrator needs.

Experimental results on continuous speech recognition show significant improvement can be obtained using resulting pronunciation dictionary.

The experimental results show that the proposed scheme can embed large amounts of information and can maintain good video quality as well.

The experimental results show that the node worked steadily and was appropriate to be app. . .

Experimental results show that this method can quickly obtain good shape Mesh.

Experimental results indicate that air retained from the point of jet entry diffuses along shear layer.

Experimental results show that this method can get better filter effect and real-time measurement of conoscopic holography system.

Experimental results show that fractal images with different configurations can be obtained intuitively and effectively by this algorithm.

Experimental results demonstrate that the proposed scheme effectively balances the conflict between the robustness and invisibility.

The experimental results show that this approach is efficient and useful.

Experimental results show that this algorithm can detect small targets within the IR image sequence which SNR is bigger than 2. 0.

This effect is able to account for the experimental results observed for polymers with low concentration doping.

The experimental results showed that the oxidation alkaline residue could be used for refining the diesel oil instead of fresh alkaline.

the finite element tool ANSYS and theory calculation were used for the specimen STJ-4, and compared to the experimental results.

Experimental results of Hyperspectral image segmentation show that our method is better than traditional spectral angle mapping method.

The experimental results show that the various parts of structural response is smooth, without any abnormal phenomenon.

The experimental results show that the system can achieve remote real-time monitor of the underground displacement well.

The considerable degree of agreement between the simulated and experimental results shows the accuracy of this model.

Experimental results demonstrate that the resolution of the reconstructed image can be effectively enhanced.

Experimental results show that this algorithm improves the speed of frequent itemsets mining.

Experimental results show that the advantages of the algorithm are especially obvious when source programs contain large number of. . .

Experimental results can be used to model a real ultrasonic bonder and optimize its functions.

The computer simulations and experimental results show that the performance of the controlled system can be remarkably im. . .

The experimental results for practical infrared image show that the algorithm can detection the point target with SCR of 1.

Experimental results show our algorithm is strong enough to resist common image processing and geometric distortions.

Experimental results showed that it was useful for nature rubber to be pretreated to decrease its molecule weight and improve adhesive.

Experimental results show that the system operated reliable and stable, spray volume to intelligent adjustment, has a broad market prospect.

The experimental results show the effectiveness and efficiency of this method on a real-life dataset.

The proposed algorithms are used for target recognition of MMW detector and the experimental results indicate their good performance.

Through a comparative analysis of the experimental results with the site operation, it is proved that the results are well coincident.

Finally, the experimental results show that the method achieves better estimation accuracy and robustness in a wide range of face poses.

The experimental results show that it has advantages of high efficiency, simple construction, compact volume, and easy cleaning.

The experimental results were then analyzed and a calculation model for the penetrated high-strength bolt was established.

The results of numerical evaluation are in good agreement with experimental results as shown in other recent reports.

The preliminary experimental results show that the VNS is effective in terms of solution quality and computation time.

The experimental results indicate that the plant model parameters approaching to the practical system can be achieved utilizing this method.

The analysis and evaluation of the experimental results shows the convenient, quick-response and accurate characteristics of this method.

By data fitting of the experimental results; the effective refractive index changes under different humidity conditions can be reckoned.

The Experimental results indicate that this research is advanced and valuable in the field of mining social network.

The experimental results show that the method supports different semantics to a certain extent, and improves the accuracy of matching.

The experimental results showed that it was significant that the different doses of Y-ray could influence DNA synthesis of micronuclei .

The problem was that many of the "details" were observations or experimental results that couldn't be explained by current theories.

Experimental results show that the system to improve recognition rate, effectively solve the problems of simple voice analysis.

The experimental results showed that W-Co alloy was compactly filled up from the bottom of holes, and the holes were sealed completely.

Experimental results show that the system can realize good focus in a wider range of illuminance .

Experimental results show that the model can match and manage both sides information effectively, fasten filtering rate of the resumes.

Experimental results are also shown in a computer simulated system.

Experimental results show that the method can improve the ability of the poor ability intra prediction mode.

Experimental results show that the algorithm has higher detection rate and needs less detector numbers. It has optimum overall performance.

Experimental results show that the new algorithm is better than the three-step search and is same as the diamond search in accuracy.

The calculated results agree with experimental results in terms of stress amplitude impacted by machine stiffness.

First, take a brief introduction of the color model, color histogram and color probability distribution, and gives experimental results.

Experimental results show that the new classifier model speeds up the test speed and improves the classification accuracy.

Experimental results have shown that, the system can provide more accurate answers by employing the self-adjusting approach.

The experimental results show that the approach shortens the time of alarm filtering and easy for network management.

Experimental results verify that the detection efficiency is deeply increased and the fast query in a huge number of videos is achieved.

The experimental results proved that this stage can run stably to-and-fro.

Experimental results show that the system can realize good focus to immobile targets and most mobile targets in the working environment.

Experimental results showed the method could estimate the delay time of the overlapped signals accurately.

The experimental results show that the algorithm is of faster classification speed and higher classification accuracy.

Experimental results show that the retrieval performance of the algorithm is better than that of MARS.

Finally, error sources of experimental results are analyzed and a specific program to improve the measurement device is put forward.

Some preliminary experimental results obtained with the machining system are presented as well.

Experimental results show the new algorithm is effective; its edge fitness rates and checkout rates are better than former algorithms.

The experimental results indicate that the reproducibility and sensitivity of this respirometer are reasonably good.

A prototype is build up and experimental results confirmed that naturally sharing of output current can be achieved by cross rectifier.

Experimental results showed that the approach proposed can filter off the high frequency noise and upgrade image edge effectively.

Experimental results have shown the algorithm can achieve a good performance and can be used to evaluate for large and complex systems.

These experimental results will be later used to verify the finite element solution to be performed in the following year.

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

Experimental results show that the system can achieve better control of the parallel operation.

Experimental results on building and controlling the model of a robot with 6 degrees of freedom demonstrate the feasibility of this method.

Experimental results reveal that our personalized web search method can effectively enhance the precision rate of the retrieved results.

The experimental results show that the system can meet the design requirements and can meet the practical welding need perfectly.

Requirements and the accuracy of pressure element were analyzed in theory, and the experimental results tallies basically with it.

The experimental results obtained show that suitable interference can certainly increase fatigue life in comparison with the push-fit case.

The experimental results have verified the correctness of the system design and performance analysis.

The modeling results are in agreement with the experimental results for one dimension diffusion-reaction law of sulfate ion in concrete.

Experimental results show that the killing rate of microbes clearly goes up as the dose of mutation agent or action time increases.

Theoretical analysis and experimental results show that the method is suitable for the phase unwrapping of the demodulated spatial phase.

Experimental results show that, the proposed algorithm can improve the average PSNR and decrease the number of skipped frames significantly.

This paper introduces the working principle, simulative and experimental results of an electrohydraulic vibration impact system.

Experimental results show that the higher positioning precision can be obtained with these distribution layouts in MLAT system.

The experimental results show that the mathematical model of this method is simple and low computational complexity and better results.

The experimental results showed that polyvinyl chloride could be chlorinated quickly by the plasma chlorination process at low temperature.

The experimental results can be technological guidance to the practical design of the foam aluminum sandwich in the industry.

Some preliminary analysis of the Adjacency List representation is presented, as well as some promising experimental results.

The experimental results proved that the improved algorithm can classify Chinese characters better and the cluster center can be calculated.

Simulation experimental results show that, as regard to the communication cost, the methods perform better than the traditional one does.

Experimental results showed that the size effect of strength could be predicted by the volume-distributed-flaw Weibull function.

Experimental results are presented which demonstrate that BCCM and BPH are comparable to similar state of the art techniques.

Experimental results show that the method has interactive ability and good speed, and is not sensitive to noise data.

The experimental results show that the distribution of ultraviolet irradiance can be homogenizing by changing gray value.

The experimental results show that both the system design and its theoretical basis are correct.

The experimental results show that the system can detect and track the moving object in indoor scene rapidly and effectively.

Stationary wavelet transform and the mask of image were used to reduce truncation artifacts, and the experimental results indic. . .

The experimental results indicate that physical properties have no correlation with the pod weight and the loading rate.

Experimental results of this paper provide important reference for the cavitation design of underwater vehicles.

The experimental results showed that the rate of DBP degradation of immobilized cells was higher than that of free cells.

The experimental results prove that the system can maximize the utilization of limited network bandwidth.

The experimental results show this new mechanism can reduce updating-message redundancy and time cost of consistency maintenance.

A reliable fixation of sutures by the implant in clinical situations can be widely guaranteed with these experimental results.

The schematic of a novel transmission grating spectrograph and the preliminary experimental results are described.

Experimental results demonstrate that the proposed scheme can resist content preserving geometric deformations and image processing attacks.

This system can reduce the cost and volume, and is good for target identification. Experimental results prove that the detector is feasible.

The simulation results agree well with both the experimental results and a one dimension aerodynamics formula.

The experimental results show that the laser satisfies the requirement of a spaceborne laser range finder.

The experimental results of this method were more accurate and reproducibility of the measuring results is described.

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

The experimental results could provide a basis for structural design of a supercavitating underwater vehicle.

Experimental results illustrate this model is superior to the rate-distortion model in pyramidal dead zone lattice vector quantization.

The accuracy of the model was verified by the comparison between the simulated and experimental results.

The main experimental results were as follows: 1. There was a significant difference in growth for seeding stage among poplar clones.

The experimental results have shown that the technique can be adopted to produce the gas composition analyzer at low cost.