Mathematics expression of multi-dimension on-ramp fuzzy controller was given in this paper,it not only solved the problem of redundancy and compatibility of control rules effectively,but also realized the self-adjusting of multi-dimension fuzzy controller by changing the weighting factors according to different input states,so it ensured the fuzzy controller designed be adapted to the expressway traffic demand.

On the basis of discussion of redundancy of English discourse ,guided by Mondria & Boer's relevant theory and an experiment,the author expounds the guessability of new words both in theory and reading practice

Moreover, in this study the identified peptides present three types of redundancy: (1) identification redundancy: one peptide with one certain charge state can be repeatedly fragmented;

The results of computation of redundancy structure of human mitochondrial DNA were:H1=1.930554,H2=3.849254,H2=5.760944,D1=0.069446,D2=0.011853,D2=0.007011.The values of D1 and D2 showed that the degree of organization of human mitochondrial DNA was lower than that of DNA of vertebrates,which implied the symbiogenic origin of mitochondria.

The evaluation of the results also develops an indicator for the expected degree of redundancy of a problem.

In a series of tests the average degree of redundancy of problems generated by these generators is determined.

A computational study of redundancy in randomly generated polytopes

It is recommended that such spectrum should be carried out for all tribes of Poaceae on phyto-geographical basis which might eliminate the effect of redundancy and multiplicity on the classification of grass phytoliths.

It appears that allocating just one or two bits of redundancy to such a code will be sufficient to achieve substantial reductions in peak factor.

Because of the fact that there exists a mathematical identity between the statically indeterminate moments in the compatibility equation and the fiber stresses in the equation of eccentrically loaded columns, in analyzing singly-connected (single cell) rigid frames with degree of redundancy not more than 3, it is usually possible to use the familiar formula for short columns eccentrically loaded to analyse the indeterminate moments, which is called the column analogy. This method which is simple and straight-forward,...

Because of the fact that there exists a mathematical identity between the statically indeterminate moments in the compatibility equation and the fiber stresses in the equation of eccentrically loaded columns, in analyzing singly-connected (single cell) rigid frames with degree of redundancy not more than 3, it is usually possible to use the familiar formula for short columns eccentrically loaded to analyse the indeterminate moments, which is called the column analogy. This method which is simple and straight-forward, is becoming one of the convenient tools in structural analysis.For multi-connected (multi-cell) rigid frames which are composed of many singly-connected rigid frames and have degree of redundancy more than 3, the analysis becomes more difficult and the column analogy cannot be applied directly. Generally the moment-distribution method is used and the column analogy is only used for the determination of various constants such as fixed-end moments, stiffness factors and carry-over factors for use in the method of moment distribution.The present paper gives an extension of the column analogy, making it applicable to the analysis of multicell problems. Each cell is analogized by a single column. The influences of the common member of two neighbouring cells are studied and the results are represented by corrections in the load and moments carried by the column. Once the -corrected loading for each cell is determined, further computation is just the same as in the ordinary column analogy.

The capability of redundancy method for increasing the reliability of circuit elements of both switch- and nonswitch-type is investigated in this paper. The reliability gain of various ways of circuit connections is derived with regard to open circuit and short circuit failures. The change of loading effects of all redundant elements due to the failure of a few elements among them is also considered. The evaluation of the average life of a redundancy elements shows that the redundancy technique...

The capability of redundancy method for increasing the reliability of circuit elements of both switch- and nonswitch-type is investigated in this paper. The reliability gain of various ways of circuit connections is derived with regard to open circuit and short circuit failures. The change of loading effects of all redundant elements due to the failure of a few elements among them is also considered. The evaluation of the average life of a redundancy elements shows that the redundancy technique is particularly suitable for short period operation or nonreparable systems. Some design considerations for practical applications are discussed in substantial detial with illustrations.

Two-valued logic equations are obtained by modifying the logic equations presented by Poage, which are described by means of the three-valued feature of a line. The logical equations can be represented by graphs which are called Whole Path Graphs (WPG). The simplified WPG are Logic Path Graphs (LPG). By using the concept of LPG single fault may be diagnosed, while by using the concept of WPG multiple fault may be detected. LPG may be represented by Fault Logic Equations (FL)). In this paper WPG and their simplified...

Two-valued logic equations are obtained by modifying the logic equations presented by Poage, which are described by means of the three-valued feature of a line. The logical equations can be represented by graphs which are called Whole Path Graphs (WPG). The simplified WPG are Logic Path Graphs (LPG). By using the concept of LPG single fault may be diagnosed, while by using the concept of WPG multiple fault may be detected. LPG may be represented by Fault Logic Equations (FL)). In this paper WPG and their simplified forms are illustrated, single fault diagnosis and multiple fault detection in cases of network with or without fanout and with redundancy are briefly stated. In the section of fanout free, general conditions are discussed and some theorems of multiple fault detection are given. In the sections of network with fanout and redundancy their characteristics and some theorems of redundancy are described.