| 1. | Parse : : recdescent greatly simplifies complex parameter lists and parsing of user input
Parse : : recdescent大大简化了复杂的参数列表和对用户输入的解析。 |
| 2. | Version v5 . 0 offers improved flexibility and greater control over the process compared to version 4 - for example , improving the handling of complex parameters and return values
与v4相比， v5 . 0使这一过程更灵活、更容易控制例如，改进了复杂参数和返回值的处理。 |
| 3. | Meanwhile , they have complex parameters to be set in the human - computer interfaces , which are all in english . these disadvantages limit the popularization and application of stm in china
同时这些进口的stm都采用英文界面对软、硬件进行操作，扫描时所要设置的参数繁多，使得仪器操作极其繁琐。 |
| 4. | The solid objective belong to a and b particles . complexity theory as an important part of nonlinear science is seldom used in fluidized bed . the arithmetic of complex parameter are discussed , then compared with chaos parameter - - - - maximum lyapunov exponent
本文首先讨论了复杂性的具体算法，结果表明其具有计算方便，对时间序列长度等条件的要求相对较低等优点，在算法上明显优于混沌特征参数。 |
| 5. | * in order to measure the complex parameters such as sensitivity / dynamic range and band characteristics on the general instruments , the new measurement methods are presented . with the test in practice , these methods have proved correct and most useful
*对于某些复杂测试如灵敏度/动态范围测试，带宽特性测试，反宽反窄测试等，独立提出基于通用仪器测试方法，经实践满足测试规范要求，简化了专用硬件设计。 |
| 6. | Complexity parameter c2 , fluctuation complexity parameter cf and algorithm complexity parameter c ( n ) have been adopted to analysis pressure fluctuation signals from a gas - solid fluidized bed , the variation of the three complexity parameters with gas velocity from fixed bed , bubbling fluidization to turbulence fluidization are studied , then compared in order to characterize regime behaviors . it is demonstrated that there exists a phenomenon named " recorded " in the regime transition from fixed bed to bubbling fluidization , the three complex parameters are believed to be a new technique for flow regime identification
结果表明，起始流化至鼓泡态转变的过程中，复杂性参数表明气固体系会进行一种所谓的“重构”现象，这与用k熵表征起始流化态至鼓泡态之间变化时所得到的结果相一致，并能明确地指示固定床、鼓泡流化及湍动流化等不同流态之间的转变过程，为流型识别提供了新思路。 |
| 7. | These coherent processors can fulfill arbitrary complex parameters . chapter 4 puts forward two deinterleaving methods based on probabilistic neural network ( pnn ) . the self - organization pnn deinterleaver is suitable for unknown emitters , while the rbpnn deinterleaver is suitable for known emitters
神经网络用于脉冲列去交错是国内外一直关注的解决方案，论文第四章讨论了基于概率的分类原理，提出了两种概率神经网络脉冲去交错器结构，分别适用于未知辐射源及具有先验信息辐射源两种情况。 |
