BILINEAR PREDICTIVE CONTROL USING HIERARCHICAL OPTIMIZATION

Based on the Decomposition-Coordination principle, a hierarchical optimization algorithm is put forward for predictive control of bilinear systems. Time consuming is an usual problem of hierarchieal optimization algorithms, this paper tries to improve the online computational efficiency by taking the advantage of the characteristics of bilinear system itself. The effectiveness is shown by the simulation results.     

编织重经织物时经纱张力分析

本文是研究在单针床经编机上编织重经织物。为了减少编织过程的张力、作者设计了一个测量系统。借助于信号分析技术研究了纱线的张力波动规律。结果表明,在编织过程中纱线张力呈周期性变化,在一个周期中至少有三个峰值,编织过程中成圈机件位置变化对经纱张力有很大影响。通过调整机器,成功地编织出一些重经织物。     

随机差分系统的常返性质

本文给出随机差分系统的解的常返性和瞬变性更为细致的概念。结果表明,状态空间的点按随机系统常返性质的分类对应于相应确定性控制系统控制性质的分类。     

增量式模糊控制与模糊系统的稳定性

本文介绍了增量式模糊控制（ＩＦＣ）的原理与设计思想，指出ＩＦＣ是ＦＣ系统实现渐近稳定控制的有效方法。文中运用模糊增量、隶属度增量及模糊目标的可达性概念，给出一种模糊变量的动态描述，并且给出了能与传统李雅普诺夫稳定性定义相一致的ＦＣ系统稳定性的统一定义     

关系数据库的动态维护

就关系数据库的动态维护提出了一些更具实用、灵活的思想，摘述了动态维护中开放型的数据字典管理和过程优化控制方式，以及在传统的动态维护方式的基础上更进一步的功能扩充。     

铝合金热塑性变形流动应力及其数学模型

采用恒应变速率凸轮式压缩试验机，测定了４种铝合金材料在热状态下的流动应力，分析了应变率，应变速率及变形温度对流动应力的影响规律，通过对多种结构型式流动和数学模型的回归分析比较，确定了计算精度较高，结构型式较简单，适合于现场计算机在线控制和工程计算的数学模型。     

流动注射光度法测铁

用自行组装的ＦＩＡ装置，对Ｆｅ（Ⅲ）、ＳＸＯ，Ｆｅ（Ⅲ）－５－Ｂｒ－ＰＡＤＡＰ－ＥｔＯＨ，Ｆｅ（Ⅲ）－ＣＡＳ－ＨＤＭＡＡ－Ｔｒｉｔｏｎ Ｘ－１００ ３种显色体系分别进行了系统的研究，考察了各种因素的影响，优化了工作条件，建立了３种测铁的新方法。     

模糊控制图及其应用

给出了模糊控制图，克服了传统控制图的突变之缺点．应用实例表明ｐ图要比传统的ｐ图更灵敏．     

The prey consumption and prey preference of the larvae of the mosquitoCulex (Lutzia) raptor on the larvae ofCulex quinquefasciatus

The maximum consumption of the larvae of the pest and vector mosquitoCulex quinquefasciatus by the predatory mosquitoCulex (Lutzia) raptor was studied at various instars of both the predator and the prey. The prey preferences of the predator when given lavae of different instars were also investigated. The IVth instar of the predator consumed the maximum number of Ist instar and the maximum biomass of IVth instar larvae of the prey. Instars I and II of the predator preferred the Ist of the prey; instars III and IV of the predator preferred instars II and III of the prey respectively.The predator consumed an average of 157.1 larvae during its whole larval period, when each instar of the predator was given its preferred instar of the prey.     

Concept of an extracellular regulation of muscular metabolic rate during heavy exercise in humans by psychophysiological feedback

Efferent motor signals to skeletal muscles concern not only the space/time pattern of motion, but also the setting of muscular performance and through this the control of the current metabolic rate. For an optimal adjustment of metabolic rate during heavy exercise — e.g. in athletic competitions — a feedback control system must exist, including a programmer that takes into consideration a finishing point (teleoanticipation). The presented experiments, using Borg's scale, indicate the existence and functioning of a system for optimal adjustment of performance during heavy exercise and the relevance of teleoanticipatory effects. Thus motor learning includes not only somatosensory control, but also metabolic control. With regard to migratory birds, such metabolic control would have to operate in the individual as well as in the migrating flock as a whole.