1、Our proposed model is implemented as a web service itself.

2、The experiment proves the feasibility of the proposed model.

3、Our proposed model is verified through experimental study.

4、Mathematics model with inductance compensation is constructed based on the proposed model.

5、An algorithm for the model using the diagonalization algorithm and MSA algorithm was also proposed. The equivalence and uniqueness of solution of the proposed model were demonstrated.

6、That is why advocates of an opposing model should be given a voice in the criticism of a proposed model.

7、The effectiveness of the proposed model is tested by comparison of the monitoring data with GM(1,1) model.

8、The analysis result shows that the proposed model can speed up the realization of smart battlefield.

9、The proposed model can lay down a theoretical foundation for controlling strip rolling-casting process.

10、The proposed model has no special requirement to the location and shape of the initial contour.

11、Experimental results of tracking micromanipulator motion demonstrate the effectiveness of the proposed model.

12、The following sample API classes demonstrate the use of the proposed model using this scope-based implementation.

13、Finally a simple network example is applied to illustrate and analysis the effectivity of the proposed model and algorithm.

14、The proposed model was verified by data collected from subjective assessment with paired comparison and semantic differential methods.

15、The application to Taiping waterway shows that the proposed model can reasonably simulate the tidal current and suspended sediment transport.

16、Model is built by constraints of develop cost and schedule in the example fire control radar conceptual design, calculational conclusion demonstrates the effectiveness of the proposed model.

17、In one proposed model the method would be made available as a "service" that vehicle drivers would need to sign up for.

18、The proposed model USES two EPMs, namely reliable Messaging (RM) Source and RM Destination, to handle the reliable delivery of messages.

19、The numerical results for a group of roughly estimated parameters show that the proposed model may be able to explain the nonrandom usage of synonymous codons.

20、Several dynamic attributes of the proposed model were analyzed, such as exposedness, resilience, sustainability in detail, and then a bot abandon policy was presented.

21、Experimental results show that the proposed model can perform real-time simulations, and conveniently realize the bend and torsion of limb.

22、The application to Qingjiang cascade hydropower plants shows that the proposed model can give the controlling rules for optimal dynamic flood storage and elevates the efficiency of reservoir system management and utilization of flood water.

23、It is shown that the proposed model can much better simulate the effects of stress path and loading rate on the deformation and strength characteristics of sandy soil than the previous models.