In order to avoid these shortcomings, a virtual instrument which has the function of data acquisition, displaying and saving, time domain analysis, frequency domain analysis and so on is developed.

Task dexterity is of importance for the brain surgical robots to aid surgeons to locate the focus precisely and alleviate the injuries to the important brain tissues.

To meet the needs of shock isolation the natural frequencies of the system are evaluated so as to avoid resonance and get rid of excessively large displacement amplitude of the system.

Escape reason behave in two aspects, refugee on the other hand, or for floods, pestilence, famine to avoid the hometown, homeless, escape cherishing the hope of surviving;

In order to relax the precisely synchronization between reader and tags and simple the RFID system design, this article introduces an anti-collision algorithm of Similar-Binary-Search-Tree based on Binary-Search-Tree.

In order to simplify the algorithm, a theorem of the constraint of degrees in the Wang's product is presented and for avoiding unnecessary repetitions in the algorithm some modified procedures are given.

Virtual local target method for avoiding local minimum in potential field based robot navigation

Helmholtz resonance is likely to occur when the equivalent opening ratio is adequately high, and controlling individual opening dimension is an effective strategy for avoiding Helmholtz resonance in engineering.

Along with pacing algorithm for avoiding burstiness on short time scales, ACWAP uses delay information to estimate the network state and adaptively changes the increase parameter to 1 before congestion to reduce the number of dropped packets.

A specific injection procedure is proposed for avoiding degradation of the solutes at the inlet interface before their chromatographic separation.

Recently, digital computers are gradually used to replace analog or hybrid computations for implement of continuous-system simulations. Digital continuous-system simulation has significant advantages: better man-machine interaction, higher accuracy and reproducibility, more convenient programming and report generation, etc.The simulation user would like to have a more convenient and flexible simulation language, in order to be as free as possible from the details of computer programming and concentrate on his...

Recently, digital computers are gradually used to replace analog or hybrid computations for implement of continuous-system simulations. Digital continuous-system simulation has significant advantages: better man-machine interaction, higher accuracy and reproducibility, more convenient programming and report generation, etc.The simulation user would like to have a more convenient and flexible simulation language, in order to be as free as possible from the details of computer programming and concentrate on his system simulations. An equation-oriented BASIC simulation language which permits the user to enter first-order differential equations in essentially unchanged mathematical form is introduced in this paper. It may run on any machine which supports BASIC. The user does not even have to be familiar with BASIC so long as he follows the simple format specified. A computing example is given to illustrate its application.

Methed for vibration isolation are generally known to engineers, but many practical problems encountered in engineering are those concerning shock whose better solution could only be obtained by shock isolation method, A practical example is hereby solved by shock isolation method including its rubber shock absorber design. To meet the needs of shock isolation the natural frequencies of the system are evaluated so as to avoid resonance and get rid of excessively large displacement amplitude of the system. It...

Methed for vibration isolation are generally known to engineers, but many practical problems encountered in engineering are those concerning shock whose better solution could only be obtained by shock isolation method, A practical example is hereby solved by shock isolation method including its rubber shock absorber design. To meet the needs of shock isolation the natural frequencies of the system are evaluated so as to avoid resonance and get rid of excessively large displacement amplitude of the system. It is believed that the method discussed here may generally be used in shock calculation for many kinds of instruments and equipments under shock conditions.

Aprogram for calculating wave-making resistance from a single longitudinalwave height record measured from model test in a towing tank is presented.The method used is the Newman method as has been improved by Miche-lsen and Uberoi.The asymptotic expansion of the kernel function K(z) for large z andgeneral formulae of its coefficients have been derived and used in calculatingresistance。When calculating the resistance integral,author has been impro-ved the formula,which had given by Michelsen,to make the choice...

Aprogram for calculating wave-making resistance from a single longitudinalwave height record measured from model test in a towing tank is presented.The method used is the Newman method as has been improved by Miche-lsen and Uberoi.The asymptotic expansion of the kernel function K(z) for large z andgeneral formulae of its coefficients have been derived and used in calculatingresistance。When calculating the resistance integral,author has been impro-ved the formula,which had given by Michelsen,to make the choice of steplength more flexible so that the singularity of the kernel function is avoided.The results of calculation are satisfactory as compared with the datagiven by Sharma.