simulation results

The simulation results show that, by using the estimated statistics of the channel, the performance is close to that of perfect channel.

The simulation results show that the outage probability of improved algorithm is far below that of the previous algorithm.

The simulation results show that, this method is effective to obtain precise direction of LBI baseline.

Simulation results demonstrate that this method can realize precise velocity measurement and location regardless of the system noise.

The simulation results and the field test result of a real power system all show its correctness and effectiveness.

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

The simulation results prove that this algorithm has high tracking velocity as well as high convergence velocity and small stationary error.

The simulation results are consistent with that of subjective analysis.

The simulation results show that the average fusion recognition rate of the proposed scheme outperforms that of decision templates.

Simulation results show that this algorithm performs better than LEACH.

Simulation results illustrate that this method is capable of reconstructing the two-phase flow cross-section fast and rather accurately.

The numerical simulation results applied to a real-world bridge demonstrated that the parameters can quickly converge to the actual values.

Simulation results indicate that this algorithm is effective and better than traditional variational method based on adaptive median filter.

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

Simulation results show that the length of the routing path constructed by this algorithm is very close to the optimal length. . .

The theoretical and numerical simulation results show that this method has assuredly reduced errors of synchronization and demodulation.

The simulation results showed that this method restrained its torque fluctuate effectively, and reduced its operating noises obviously.

As simulation shows that this model can reflect the mechanics characteristics of fabric better and the simulation results are more real.

Simulation results show that this algorithm exhibits excellent performance and may be employed with most CPM scheme.

The simulation results show that this algorithm is effective to the problems with different inter-activity degree between sub-components.

The simulation results showed that this approach is real-time, highly accurate and full automatic with no or few extra bandwidth occupied.

It can be seen from theoretical analysis and simulation results that this method can double the total system capacity.

The simulation results show that this algorithm model motivates peers to participate in data scheduling and maintains system fairness.

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

Computer simulation results show that this method is effective. This method can offer a significant reference for radar waveform design.

The simulation results shows that this control strategy can solve the problems of low speed stiffness and poor control performance . . .

Simulation results show that this mechanism can improve network throughput and result in lower energy consumption in static network.

The network experimental simulation results show that this system can use to analyze and evaluate the feature of anycast routing algorithm.

The simulation results show that this algorithm is better than those separately based on time or space in reducing measuring error.

Simulation results show that this algorithm is efficient and unidirectional links is valuable for energy conservation.

Simulation results shows that this method can efficiently improve the reconstruction performance.

The preform growth during the stretching and blowing was captured through a transparent mold and used to verify the simulation results.

The simulation results show that the time synchronization protocol can be used for wireless sensor network applications.

Simulation results indicate that this scheme is a good candidate for improving the irradiation uniformity.

Simulation results show that this method can implement efficiently KKV's guidance during the boost phase.

The simulation results show that this algorithm can exactly estimate the track of the maneuvering target.

Simulation results demonstrate that the proposed solution is better than the traditional ones in terms of testing efficiency.

Simulation results show that this method can realize efficiently the terminal guidance of interceptors .

The simulation results show that this scheduling algorithm can achieve a higher deadline-guarantee ratio than others.

The simulation results show that this system has good validity and practicability in simulation engineering.

The simulation results show that this algorithm can resist translation and scaling attacks effectively.

Simulation results show the improved method has a fine effect on speeding up neuron learning process and improving the control performance.

As an example, kinematics of a dual arm robot grasping an object rigidly is discussed. The simulation results of the system are derived.

The simulation results show that this replication strategy can reduce the average data access time efficiently.

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

Both theory analysis and simulation results illustrate the validity of the general scalar chaotic signal synchronization system.

The simulation results show that this algorithm can achieve the target including constant main lobe and lower side lobe well.

Simulation results show that this method has high accuracy of image restoration and better anti-noise performance.

The computer simulation results show that this algorithm is suitable for OFDM systems with static or slew fading channel.

The simulation results show that this control system has good performance and stronger adaptive ability.

Error analysis and simulation results show that this method can effectively estimate SIR and has low complexity.

The simulation results indicate that this method can effectively compensate the nonlinearity of PA.

The simulation results under voltage drop show that this coordination control strategy is feasible.

The simulation results show that the proposed adaptive CMAC is of good robustness, and adaptive ability and excellent control quality.

When these techniques were applied to a fighter, the strong correlation was obtained between the analytical and simulation results.

Simulation results show that this protocol possesses the same performances with TESLA under the condition of intensive broadcast rates.

The simulation results showed that this system could give good torque, speed and good resistance at very low speed.

The simulation results show that this method can remarkably improve the throughput and stability of TCP.

through a large number of photon statistics of simulation results to obtain the distribution of laser energy within the organization.

Forrest. The simulation results show that this method has better intrusion detection rates.

Simulation results show that this method is effective to detect common zonal and radial fabric defects.

At the end of this paper, suggestions on design of the length of link beam based on finite element simulation results are presented.

Simulation results show that this handover technology can improve the handover latency and the package loss. It is viable and effective.

Simulation results indicate that this novel adaptive Kalman filter gives better accuracy than the standard one does.

And simulation results prove that the near-optimal Bit-Error-Ratio (BER) performance can be obtained by a small number of samples.

Comparison of the two algorithms through the simulation results are also made to corroborate the theoretical application.

Simulation results show that the atmospheric gravity wave forcing due to its breaking play a important roll in the MLT circulations .

The simulation results confirmed that dispersion was an important factor for hydraulic efficiency while mean residence time c.

The simulation results show that fuzzy adaptive PID controller is better than PID controller in the system controlling.

Simulation results indicated that the soft sensor model were able to accurately predicate the biological parameters.

Simulation results show that the proposed algorithm is feasible and effective, and can be directly used in practical applications.

Simulation results show that this method is more robust and precise compared to the current linear calibration method.

Simulation results show that this approach is intuitive, efficient, and intelligent for applications based on micro ring resonator arrays.

The simulation results show that new production organization pattern was more simple and well managed.

The simulation results showed that it is a very effective control strategy, and control quality is much better than general PID control.

The simulation results show that FDL can reduce the burst loss probability to a certain extent in the case of heavy network load.

The simulation results show that the problem about the smooth connecting of these curves can be solved well with the new method.

Comprehensive simulation results indicate that the system satisfies the requirements for high-speed signal acquisition and spectrum display.

Simulation Results show that it has the better positioning accuracy and coverage, but low communication overhead and computational amount.

Simulation results show that the new method can improve the throughput performance of the network which meets the system delay requirements.

Finally, analysis of the simulation results of a numerical example showed that the chattering phenomenon is greatly soed , so t. . .

Simulation results of inverted pendulum model show that this method is effective.

The simulation results show that this kind of control strategy is effective.

Simulation results verified further the feasibility of such a control strategy.

Simulation results show that the proposed algorithms perform better than other routing algorithms for the overlay model.

The simulation results show that compared with the conventional the approach in this paper can get the better result of image segmentation.

The simulation results demonstrate that the control performance of the NOIC is better than that of the conventional PID controller.

Simulation results show that the quantization table estimation algorithm proposed is less time consuming and of higher precision.

Numerical simulation results show that the rotary magnetic field in mould is uniform, with its period two times of electromagnetic force.

Analyses and simulation results demonstrate the general algorithm possesses a good performance.

Simulation results show that this method is valid in real security auditing systems.

Simulation results show that this method has a better robustness, and improve the generalization ability of fuzzy support vector.

Simulation results show that this optimization method is efficient for selecting ANNs structures.

The correspondingly chemical explosion experiments are made to check up the simulation results.

The simulation results show that the algorithm is able to track a fast moving signal while suppressing a fixed interference.

Simulation results indicate that the robustness, dynamic performance and stable performance of the system are good.

The simulation results shows that the opening variety of compressor by-pass valve affects cooling-down time of refrigerator system directly.

The simulation results show that the signal to noise ratio appear to be the primarily consideration of the limit coding width.

On the structure, the various modules of the composition theory, mathematical model, and is integrated Simulink simulation results.

The simulation results show that the controller has a good effect, as it has a short response, strong applicability and robustness.

The simulation results show that the system has better dynamic performance, precise position control and better robustness to disturbance.

The simulation results show that the intrusion can be fully detected by the energy difference of the wavelet coefficients.

Simulation results show that the implementation method can improve the system dynamic performance much better under uncertainty.

Simulation results show that the system is effective and the retrieved signal is close to source signal.

Then, the tests measuring results were compared with the numerical simulation results, which were found to be in good agreement.

Besides, simulation results prove that this algorithm can construct a multicast tree whose cost is lower than CDKS.

The simulation results show that the proposed controller has a satisfying dynamic performance and a perfect precision in steady state.

Simulation results prove the convergency of the time delay estimation algorithm used in on-line estimation for thermodynamic process.

Simulation results from our model accord with the behavior of life expectancy for both sexes since the 1940s in the United States.

The comparison between the experimental data and the simulation results indicates the availability and effectiveness of this FEM method.

The good simulation results prove the validity of this method to be applied in antenna measurements and scattering measurements.

The VIDU is separated from the total vibration to a certain extent; and then the numerical simulation results are verified.

Experimental simulation results based on the theoretical data and the actual scenes show that this algorithm is anti-occluding and robust.

The simulation results show that it has high hiding capacity, good imperceptibility and certain robustness to JPEG lossy compression.

Simulation results show that this new scheme can obviously improve the effect of formation control.

The simulation results showed that our model is very simple and easy to programme.

Simulation results show that this control scheme has good dynamic performance and steady state error and it is reliable and effective.

Simulation results show that it has good dynamical adjustability and can easily meet safety and comfortability requirements.

The simulation results show that this technique is feasible and the navigation filtering method is very effective.

Simulation results on a set of benchmark functions show that the algorithm can properly find all the optima .

Simulation results show that the system improves the control precision of the wrapping machine drive system.

Simulation results under time-variant multi-path channel show that the scheme can meet the requirement of the system well.

The simulation results prove the joint policy is able to achieve the better performance.

The simulation results show that the method is better than original market-based approach, and the proper environments are analyzed.

Simulation results show that S - HOS outperforms optical burst switching in terms of IP packet dropping probability and end-to-end delay.

Simulation results show that by using the methods proposed above, the performance of the system can be improved significantly.

Simulation results show this policy can balance energy consumption better than other policies, and can notably extend the lifecycle of WSN.

Finally, the simulation results of a security supervising data set in coal mines validate the efficiency of the algorithm.

Simulation results demonstrate that the equivalent circuit approach is an effective tool for the qualitative analysis of TEC.

We also perform the simulation results by means of Particle-in-Cell (PIC) simulation to support the theoretical calculation.

The simulation results of a first-order integrator and time delay process illustrates the effectiveness of the method.

Simulation results showed that this algorithm can recognize CW, FSK and PSK signal and it is robust and has good recognition rate.

Simulation results indicate that the destruction form of rib spalling, floor heave and roof falling occur when the drifts are excavated.

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

Simulation results show that advanced control theory can improve the steady state accuracy and the dynamic performance of the system.

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.

It is pruned by the simulation results that this method is more efficient than conventional PID.

A real time phasor monitoring system for power system and its dynamic simulation results are presented.

Simulation results corroborate the effectiveness of error estimation and adaptive detection performance of our cooperative scheme.

The invention has a simple structure, clearly arrangement, strict logic, relatively ideal simulation results, simply processing technology.

The system stability is proved by Lyapunov principle. Simulation results verify the validity of the control scheme.

The simulation results show that the results of finite element analysis agree well with that by measured in field practice.

Moreover, the Simulation results of the former three parts can provide the inflow water and sediment concentration for the forth one.

The simulation results show the fusion map used to estimate the position of under water vehicle is consistent, computable and effective.

The simulation results show that the system can depress the overshoot and improve the response and steady state performance.

Simulation results show that the iterative control algorithm is applied to stone weighing control system, can achieve the desired results.

The run-time data collected from the monitoring activities needs to be measured against the simulation results.

Simulation results are presented to compare the performances of these confidence intervals.

The simulation results show that the system can depress the torque ripple effectively and improve the startup response.

The simulation results show that this algorithm which is more effective routing protocol prolongs the network lifetime.

A report showing simulation results and statistical information can be automatically created.

By means of multi-point pressure measurement experiment, the simulation results were verified.

Simulation results show that the algorism performs better than LEACH in economize on energy and load balance.

Can be used for the visualization of the detailed circuit simulation results such as input, output, and component current and voltage.

Combined with the technical characteristics of VRML , the simulation results are automatically converted into the scene files.

The simulation results show that the fibers align along the flow direction more obviously with the increasing fiber aspect ratio.

Simulation results show that the throughput of the proposed relay forwarding method is superior to the traditional fixed forwarding scheme.

The simulation results show that the model could be used in capacity evaluation, runway operation management and tower control simulation.

Finally, the simulation results of "as-is" and "to-be" processes were compared, as shown in Figure 10.

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

At last, an experiment platform was designed, and parts of the numerical simulation results were validated.

The simulation results verify that the grid subdivision algorithm improves precision efficiently without increasing the calculation account.

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

Theoretic analysis and simulation results showed that this algorithm is more effective than PDA based on strong tracking filter.

Simulation results demonstrate the validity of this method. And this method provides bases for precise optical propagation modeling.

An example based on the aircraft actuator failure classification is presented. Simulation results show that this method is effective.

The simulation results demonstrate this method is valid in parametric optimization of a nonlinear control system.

Simulation results indicate the average processing time increases linearly with the increase of the number of nodes.

The practicability of numerical simulation results depends on selection of calculation models and mechanical parameters.

The simulation results had been carried out to verify the benefits of the proposed system.

The simulation results showed the effectiveness of this method when being used in the vector control system of induction motor.

Simulation results show that the speedup ratio of the algorithm is close to the optimization and that computing time is reduced effectively.

Simulation results show that the algorithm has nice correlation effect and is feasible for engineering application.

The simulation results show that the singleaxis stable SINS is decreased in size, in weight, and guarantee the accuracy of the system.

Simulation results show that the flying states would be disturbed by the moving-mass control.

On this basis, one-dimensional sea clutter is simulated and analyzed. The simulation results have high value for engineering implementation.

The simulation results show that the training time of neural network with processed samples is sho . . .

Computer simulation results show that, the precision and fault tolerance of the integrated navigation system are improved greatly.

The simulation results indicate that the calibration can compensate the error and improve the precision of the inertial navigation system.

The simulation results show that the model created can be applied MAK Series software, and achieve real-time realistic effects.

Compared to the simulation results of the whole fault of the system, the correctness of the method is verified.

From the simulation results, we can see that the strategy of the model has a capability of good cost-effective and feasible.

Simulation results indicate that in the early lifetime, there exist multi-steady states of surface temperature of growing particles.

The simulation results are consistent with theoretical analysis, demonstrating the effectiveness of the adaptive algorithm.

The simulation results show that the new approach for modeling is effective and of high precision.

Trajectory simulation results of a type of target missile prove the method has good control ability and better robustness.

The proposed new method of simulation, simulation results show that the method of full inter-harmonic detection accuracy can be better.

The computer simulation results show that the performance approaches the optimal multiuser detector with reduced computation complexity.

Simulation results show that the modified algorithm is effective for iris boundary localization under different illumination conditions.

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

Simulation results demonstrate that it can be used for the application of content based image retrieval.

Simulation results indicate that the algorithm can predict faults in a class of nonlinear systems with time- varying parameter.

A new concept named differentiation ability is also developed. Simulation results show that our methods are better than existed methods.

Simulation results demonstrate that the proposed strategy can improve dynamic performances of system effectively and enhance the robustness.

Simulation results show that better performance can be achieved for a double pumped FOPAs with typical parameters.

The simulation results and analysis can also be used to provide guidance for the test-bed maintenance and amelioration.

Simulation results and practical use indicate that the system can efficiently lower the repeat rate.

Simulation results show that the proposed detection scheme is effective for the signal detection in nonhomogeneous environment.

Moreover, simulation results are given to demonstrate that the present method of this paper has better dynamic stationarity performance.

The simulation results show that the energy distribution strategy can perform features of a PHEV.

The simulation results prove the conclusion above, and also show that the detection method is a real time one.

Simulation results indicate that the proposed adaptive filter can provide promising results during measurement noise uncertainty.

Simulation results show that the proposed scheme improves cell throughput significantly, especially cell edge users' performance.

Simulation results demonstrate that the damping performance of vibratory roller is improved effectively by applying semi-active suspension.

Simulation results and practices showed the correctness and validity of this temperature optimized scheme fo. . .

Simulation results showed the validity of the sliding mode compensating method for the hysteresis characteristics.

Simulation results show that both of these two adaptations can reduce the performance anomaly.

The simulation results were close to the measured results with the measured soil organic carbon data to verify.

Simulation results show that this is a perfect method for route planning of low altitude penetration.

The concrete steps to apply this arithmetic are proposed. Simulation results demonstrate the effectiveness of this method.

The simulation results expressed that the new method can carry out the valid frequency and symbol synchronization under multi-path channel.

In this paper, immune algorithm is used to optimization phase time of traffic signals. Simulation results show its good performance.

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

At last, the simulation results account for the effect of the distance between the antenna elements on the correlation coefficient.

Simulation results show that the heuristic algorithm for solving mixed-integer nonlinear model is an effective way.

The simulation results t can forecast the size of the green compact, and had good consistency with the experimental results.

Simulation results of the table a variety of movements, control the movements of each table will trigger a certain event.

Theoretical analysis and simulation results demonstrate that the proposed algorithm outperforms the existing schemes.

The results showed that analytic solutions were in good agreement with experimental and numerical simulation results.

A comparison of simulation results between these models and transistor models (SPICE models) was made to verify the efficiency.

Simulation results agree well with experimental data. The primary air amount and its temperature are also investigated.

The results have shown that the simulation results were in accordance with the practical application.

Simulation results show that the agreement will achieve a balance of energy consumption and extend the network lifetime.

The simulation results in the system level indicate that the expected requirements are reached.

Finally, form various typical performance evaluation index, the simulation results show the validation of our methods.

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

Simulation results show that the method can reduce the on-line learning space and speed up the learning rate.

Simulation results show that the quality model can approach the testing data with high precision, and show the effectiveness of the pr. . .

The simulation results under steady state conditions show the sufficient response speed and accuracy of the asymmetrical controller model.

Furthermore, to verify the reliability of the physical simulation results, numerical simulation is conducted for comparison.

Simulation results indicate that the algorithm can improve the performance of fairness bandwidth allocation between different TCP flows.

Theoretical analysis and simulation results show that the proposed algorithm can significantly improve the detection performance of HRR.

Simulation results show that the proposed scheme achieves a larger capacity than the existing schemes with the same number of feedback bits.

Simulation results are carried out with images like Lena, remote sensing, and SEM.

The simulation results suggest that the control based decision tree is intelligent and different pruning strategies bring different results.

The simulation results show that the improved conjugate method is effective and can perfectly intercept the target acceleration information.

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

The simulation results show that wear has a great influence on piston tings seal, but the influence of working conditions is not obvious.

Simulation results of multiple robot system with actuator saturation show effectiveness of the proposed control strategies.

Simulation results show that the application of multivariate statistics method to monitor continuous casting mould process is feasible.

The simulation results show that the method is well suitable for the complicated industrial process with the uncertain time-delay.

Detailed simulation results show that the proposed algorithm greatly decreases computation complexity and decoding time.

Simulation results for terminal guidance signal correction of supersonic antiship missiles have proved the validity of the approach.

The simulation results showed that, in every layer of the visual network, the neuron spikes appeared synchronization phenomena.

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

Theoretical analyses and simulation results show that the improved algorithm achieves advantages over existing ESB algorithm.

The simulation results demonstrate that the predicted data from the simple bubble column coincide with the experimental data in literatures.

Simulation results show that due to the errors the rank of the covariance matrix will increase and the SINR performance will descend.

The obtained model and simulation results provide the theoretical foundation for precisely controlling pneumatic artificial muscle system.