Ultrasonic motor speed identification was performed by the dynamic recurrent network algorithm which was formed by the integration between initial state optimized Elman network with feedback learning algorithm and Elman network on-line training algorithm.
Three different principles are adopted: approximate displacement principle with given initial state’s geometry, accurate displacement principle with given initial state’s geometry and accurate displacement principle with given zero state’s geometry.
This algorithm constructs the heuristic rule and the rule application strategy and takes the data structure with the individualized demand as the original state,through inspiration,optimization and recollection,it’ll eventually find the condition solutions which satisfies with this purpose and produces corresponding curriculum schedules.
Therefore, it can be concluded that when the modulus values of water-glass are 0.75～1, the original state of SiO2 in water-glass may be beneficial to the formation of reaction products and/or the dissolving velocity of metakaolin in this kind of alkaline concentration may be equal to the formation velocity of reaction products.
Proposes a method of Markov for compartmentalizing the original state of forecasting object based on method of dynamic clustering by resemblance degree of data own and solves the original state probability and the condition transition probability matrix.
Using the dynamics model, the stability of evolution trajectory and critical value with different initial states, disturbance of environment parameter and disturbance of control decision-making parameters, which can decide the evolution trajectory ultimately in nonlinear time-dependent system, are discussed.
Any cultural tradition can be ascribed to the material life. Therefore the emergence and development of the culture of science and technology can be traced back to the initial conditions of geography and climate , viewed as the factor of internal fluctuation from the sensitiveness of the random choices of the cognitive subject to the initial conditions.
By a simple method (techniques of probability decomposition, renewal process theory) that is different from the techniques used by Hunter (1983), the transient property of the queue with initial state i(i ≥ 0) is discussed.
It is indicated that the quality factor can be efficiently controlled and manipulated by changing the initial state of the probe qubit.
Then, starting from an initial state, the execution of a sub-probabilistic program results in a sub-probability distribution.
In this paper, a boundary observation problem (recovery of the initial state) of vibrations of an object with distributed and lumped parameters is solved.
A determination problem of external, surface-distributed controlling load that transfers a circular elastic plate from one prescribed initial state as close as possible to another prescribed finite state in a fixed period of time is considered.
The presence of the intermediate [Fe(III)-Fe(IV)] in pMMOH preparations suggests that the original state of the pMMOH active site is the dimer [Fe(III)-Fe(III)] which is located in the β-subunit and cannot be detected by ESR.
As a whole, even after the reclaiming and dredging are conducted, the flow pattern looks similar to the original state.
Two modes, which show the original state of the cylinder, SC or normal (s0 andn0), are studied.
On decreasing temperature, the impulsation usually returned to its original state, although sometimes at different rate.
Tree recruitment bog down and the landscape ecosystem hardly recovers to the original state.
A necessary and sufficient condition for the reachable set, i.e., the set of states reachable from a ball of initial states at some time, of an ordinary differential equation to be convex is presented.
In particular, convexity is guaranteed if the ball of initial states is sufficiently small, an upper bound on the radius of that ball being obtained directly from the right hand side of the differential equation.
In finite dimensions, the results cover the case of ellipsoids of initial states.
An example demonstrates that the balls of initial states for which the latter property follows from the results are large enough to be used in actual computations.
For the strongly nonlinear stage of spin-down solutions are found that correspond to initial states different from rigid-body rotation, when the boundary layer is not a Kármán layer.