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Missirlis in article [1]. At the same time, a sufficient condition for convergence of the PSD method is given to be compared when the coefficient matrix A of the linear system Ax = b is a symmetric, positively defective matrix. In §3.2, an example is given to state that the range of our sufficient condition is wider than theorem 3.3 of article [1]. On the other hand, following a.n analogous approach of [14] and starting the functional relationshipwe have a perfect analysis for the PSD method to converge and optimum valves for the involved parameters under different conditions.Under the assumptions that A is a consistent ordered matrix with nonvanishing diagonal elements and the eigenvalues of the Jacobi matrix of A are real,we get necessary and sufficient conditions for the PSD method to convergence.The result is equal to theorem 1 of article [9].Under the same condition, we can see the optimal parameter and of corresponding spectral radius of thePSD method in [8]:(2)When A is a consistent ordered matrix with nonvanishing diagonal elements and the eigenvalues of the Jacobi matrix of A are imaginary or zero,we get necessary and sufficient conditions for the PSD method to convergence.In chapter 3, the optimal parameter and of corresponding spectral radius of the PSD method are given by table 3.3. Moreover, under the assumption 0

Missirlis在文献[1]中定理3.3的不准确，同时给出了当线性方程组Ax=b的系数矩阵A为对称正定阵时，PSD迭代法收敛的一个充分条件与之比较，并且在§2.3中用实例说明了对于一部分矩阵而言本文得到的充分条件广于[1]中定理3.3的充分条件；另一方面，按照文献[14]的方法，我们从PSD迭代法的特征值λ与其Jacobi迭代矩阵B的特征值μ的关系式：出发，在不同条件下对PSD迭代法的收敛性和最优参数以及最优谱半径进行了完整的分析：(1)在系数矩阵A为(1，1)相容次序矩阵且对角元全不为零，其Jacobi迭代矩阵B的特征值全为实数的条件下，给出了PSD迭代法收敛的充分必要条件，此结果与[9]中的定理1等价，此时最优参数及最优谱半径由[8]得：(2)第三章表3.3中给出了，当系数矩阵A为(1，1)相容次序矩阵且对角元全不为零，其Jacobi迭代矩阵B的特征值全为纯虚数或零时的PSD迭代法的收敛范围和最优参数，并且我们可以得到当0

Satanas {sat-an-as'} of Aramaic origin corresponding to 4566; TDNT - 7:151,1007; n pr m AV - Satan 36; 36 1 adversary (one who opposes another in purpose or act), the name given to 1a the prince of evil spirits, the inveterate adversary of God and Christ 1a1 he incites apostasy from God and to sin 1a2 circumventing men by his wiles 1a3 the worshippers of idols are said to be under his control 1a4 by his demons he is able to take possession of men and inflict them with diseases 1a5 by God's assistance he is overcome 1a6 on Christ's return from heaven he will be bound with chains for a thousand years, but when the thousand years are finished he will walk the earth in yet greater power, but shortly after will be given over to eternal punishment 1b a Satan-like man

相关经文回前一页 4567 Satanas {sat-an-as'}源於亚兰文，相当於 4566； TDNT - 7：151，1007；阳性专有名词 AV - Satan 36； 36 1 指敌对者(反对他人的目的或行动者)，这名字特别用来指： 1a 邪灵的头目，本性上反上帝与基督的 1a1 他煽动背离上帝而入到罪中 1a2 用诡计欺骗诱惑攻击人 1a3 敬拜偶像的人被认为是在他的控制之下 1a4 藉其邪恶的势力，他可以占据人并使人受疾病的痛苦 1a5 藉神的力量，他被制服了 1a6 当基督由天国再临时，他将被锁鍊捆绑一千年，但那千年之后，他将复临地上并有更大的能力，但很快地就会交付永刑之中 1b 像撒旦的人，受撒旦使用的人，"撒旦一族"的人

Our results improve the former results. For periodic Jacobi matrix, some new spectral properties of periodic Jacobi matrix are given by studying the relationship of the eigenvalues of periodic Jacobi matrix and its n—1 principal submatrix. Applying these spectral properties, we present a necessary and sufficient condition for the solvability of an inverse problem of periodic Jacobi matrices and discuss the number and the relationship of its solutions. Furthermore, we propose a new algorithm to construct its solution and compare it with the former algorithms. As this inverse problem of periodic Jacobi matrix usually has multiple solutions as many other eigenvalue inverse problems, we study the uniqueness of this problem. And a necessary and sufficient condition is given to ensure its uniqueness, under which an algorithm is presented and the stability analysis is also given. Finally, we put forward a new inverse problem for periodic Jacobi matrix which has not been solved.

对周期Jacobi矩阵特征值反问题，通过研究周期Jacobi矩阵与其n-1阶主子阵特征值的关系，给出了周期Jacobi矩阵的一些新的谱性质；利用这些谱性质，研究了一类周期Jacobi矩阵特征值反问题，用新的方法推导出了该类特征值反问题有解的充分必要条件，并讨论了解的个数以及解与解之间的关系；此外，提出了一种新的构造周期Jacobi矩阵反问题解的数值算法，并与前人的算法做了一定比较；由于周期Jacobi矩阵特征值反问题和其他很多特征值反问题一样往往存在多个解，本论文给出了周期Jacobi矩阵反问题解唯一的充要条件，并发现周期Jacobi矩阵特征值反问题的解唯一当且仅当构造的矩阵满足一定的条件；在解唯一的情况下，给出了构造唯一解的数值算法，并做了相应的稳定性分析；最后，提出了一类新的有待于解决的周期Jacobi矩阵特征值反问题。

In research and development of the system, mainly concluding key technologies of software-hardware environment analysis, no adapter interlink, terminal simulation, communication, sharing resources, binary file transfer algorithm , concurrent process, database-dumping and sharing, and to accomplish the basic a software design of E-classroom by adopting distribution system concept in minicomputer side , to accomplish the main software design of E-classroom by Winsock in microcomputer side , to study teacher software integration , try to realize transparent communication in the highest limit and sharing resources in the fullest extent , at last, weak and counter measure of the system is given, and the overall objective of heterogeneous computer is given to try to provide resemble system development with theory guide.

该系统的研究与设计过程中主要涉及软硬件环境分析、异型机无网卡互连、终端仿真、异型机通信、资源共享、二进制文件传输算法、并发进程、数据库转储与共享等关键技术，利用DSM分布式系统的概念完成了小型机部分电子教室的基础性软件设计，利用Winsock完成了微型机部分电子教室的主要功能模块，利用并发进程的概念研究了教师机软件的集成问题，使异型机用户之间达到最大限度的透明通信及充分的资源共享，给出了异构电子教室的弱点及解决对策，提出了系统的总体目标，力争为类似系统的研制提供理论指导。

China most summit of summit of knight-errant of China of combination of Le Tao of city of the toy on spread cables is gigantic make " world of sword a person adept in martial arts and given to chivalrous conduct ", from November 14 -- on December 14, roll out a theme to be jointly " old rotary table of sword a person adept in martial arts and given to chivalrous conduct, lucky Le Tao is cleaned out " activity of lucky big lottery, during the activity, all players should log onto page of theme of activity of lucky big lottery only, can jolty dial, participate in lottery activity, win freely take include strange helicopter of handkerchief of remote control A, dragon of remote control Xiang Yu the Conqueror, electronic drumstick, remote control corsair, stimulate guard against theft of beam of light to put cash pot, those who confuse you to catch the Le Tao such as baby machine to offer is numerous and rich and generous large award.

11月14日消息，中国最大线上玩具城乐淘(www.letao.com)和金山软件联合宣布：将斥巨资联合推动金山旗下网游《剑侠世界》的发展。有消息称：乐淘正秘密酝酿进军网游联合运营市场，首款产品就是即将展开合作的《剑侠世界》。中国最大线上玩具城乐淘联合中华武侠巅峰巨作《剑侠世界》，从11月14日——12月14日，共同推出主题为&剑侠大轮盘，幸运乐淘淘&的幸运大抽奖活动，在活动期间，所有玩家只要登录幸运大抽奖活动主题页面，即可摇动转盘，参与抽奖活动，免费赢取包括遥控阿帕奇直升机，遥控霸王龙，电子鼓槌，遥控海盗船，激光束防盗存钱罐，迷你抓娃娃机等乐淘提供的众多丰厚大奖。

By Hadrian he was given in adoption to Aurelius,13 when Hadrian, making abundant provision for the succession, wished to make Pius his son and Marcus his grandson; and he was given on the condition that he should espouse the daughter of Pius.14 She was later given to Marcus, however, as we have related in his life,15 because Verus seemed too much her junior in years, while Verus took to wife Marcus' daughter Lucilla.16 He was reared in the House of Tiberius,17 and received instruction from the Latin grammarian Scaurinus (the son of the Scaurus18 who had been Hadrian's teacher in grammar), the Greeks Telephus, Hephaestio, Harpocratio, the rhetoricians Apollonius, Caninius Celer,19 Herodes Atticus, and the Latin Cornelius Fronto, his teachers in philosophy being Apollonius20 and Sextus.21 For all of these he cherished a deep affection, and in return he was beloved by them, and this despite his lack of natural gifts in literary studies.

他被哈德良交给奥利留斯收养（13），当时哈德良正忙于为王位的继承作准备，打算让皮乌斯成为他的儿子，而马尔库斯成为他的孙子；他本来预备要娶皮乌斯的女儿（14）。但她后来嫁给了马尔库斯，如我们在他的传记里说的（15），因为维鲁斯的年龄太小了，后来他娶了马尔库斯的女儿露西娜（16）。他在台伯河上的家里长大（17），由拉丁文法家萨卡林努斯（哈德良的文法教师萨卡路斯（18）的儿子），希腊人特里福斯，赫菲斯提奥，哈波卡提奥，修辞学者阿波罗纽斯，卡林留斯。克涅尔（19），赫路德斯。阿提库斯，和拉丁人克列留斯。弗隆托教导。他的哲学教师是阿波罗纽斯（20）和塞图斯（21）。他对他们都怀着深深的珍爱，反过来，他也被他们所爱，尽管他在文学方面没什么天赋。

Moreover, A hybrid algorithm, ALHybrid, which is made of the algorithm LIDBSO and the algorithm AprioriIpv, is designed. Two algorithm, MQC_Apriori and MQC_LIDBSO, are given to mining multiple level quantitative association rules with item constrains. Two algorithm, PMARⅡ and PMARⅢ, which are based on different sequential mining algorithms, are given for parallelling mining association rules. In order to solve the mining association rules problem when we add a set of data to a database or delete a set of data from a database, two incremental updating algorithm, EUAR and EUAR, are given. Three incremental updating algorithm for association rules mining, DIUAⅠ, DIUAⅡ and DIUAⅢ, are dedigned to solve the three kinds of association rules incremental updating problem in distributed databases.

另外，文中还设计了一个算法LIDBSO与算法AprioriIpv相结合的混合采掘算法ALHybrid；对于多层次、带约束、多值属性关联规则的采掘问题，给出了两个采掘算法：算法MQC_Apriori和算法MQC_LIDBSO；在关联规则的并行采掘方面，还设计了两个基于不同顺序关联规则采掘算法的并行算法：算法PMARⅡ和算法PMARⅢ；在关联规则的增量式更新问题上，还给出了两个改进算法：算法EUAR和算法EUARˉ，分别用于解决当数据库增加或删除一个数据集合时的关联规则增量式更新问题；针对分布式数据库中的关联规则增量式更新的三类问题，提出了三个增量式更新算法：算法DIUA Ⅰ、算法DIUAⅡ和算法DIUAⅢ。

God was in Christ and then that by this intervention He was reconciling the world to Himself...Although Christ's coming had its source in the overflowing love of God for us, yet, until men know that God has been propitiated by a mediator, there cannot but be on their side a separation which prevents them from having access to God... says again that a commission to offer this reconciliation to us has been given to ministers of the Gospel...He says that as He once suffered, so now every day He offers the fruit of His sufferings to us through the Gospel which He has given to the world as a sure and certain record of His completed work of reconciliation.

真主是在基督里，然后通过这种干预他是调和世界，以自己……虽然基督的未来有其源在充溢上帝的爱，为我们的，但是，直到男人知道上帝已经propitiated一调停人，是不可能的，但必须站在他们的一方分离妨碍了他们获得上帝……说，又一个委员会提供这项和解，我们已考虑到部长们的福音……他说，因为他一旦受到损害，所以现在他每天都提供了水果，他的痛苦，也使我们度过了福音，他给世界一个肯定，并在一定的记录，他完成工作的和解。

Where contact is deemed by the referee to be too strong, but does not diminish the competitor's chances of winning, a warning may be given. A second contact under the same circumstances will be penalised by KEIKOKU and IPPON, given to the opponent. A third offence will be given HANSOKU CHUI and NIHON, to the injured competitor. A further offence will result in disqualification by HANSOKU.

如果裁判认为接触太重，但并不影响被攻击选手获胜的机会，攻击者将被判处口头警告﹝忠告〝CHUKOKU〞﹞，同样的情况下第二次触击，攻击者将被判处警告﹝KEIKOKU﹞，被攻击者获得一胜〝IPPON〞﹝一分﹞，第三次犯规者将被判处犯规注意，被攻击者获得二胜〝NIHON〞，第四次犯规者将被判处犯规而失去资格。

First, we introduce and discuss the various methods of multivariate polynomial interpolation in the literature. Based on this study, we state multivariate Lagrange interpolation over again from algebraic geometry viewpoint:Given different interpolation nodes A1,A2 .....,An in the affine n-dimensional space Kn, and accordingly function values fi(i = 1,..., m), the question is how to find a polynomial p K[x1, x2,...,xn] satisfying the interpolation conditions:where X=(x1,X2,....,xn). Similarly with univariate problem, we have provedTheorem If the monomial ordering is given, a minimal ordering polynomial satisfying conditions (1) is uniquely exsisted.Such a polynomial can be computed by the Lagrange-Hermite interpolation algorithm introduced in chapter 2. Another statement for Lagrange interpolation problem is:Given monomials 1 ,2 ,.....,m from low degree to high one with respect to the ordering, some arbitrary values fi(i= 1,..., m), find a polynomial p, such thatIf there uniquely exists such an interpolation polynomial p{X, the interpolation problem is called properly posed.

文中首先对现有的多元多项式插值方法作了一个介绍和评述，在此基础上我们从代数几何观点重新讨论了多元Lagrange插值问题：给定n维仿射空间K~n中两两互异的点A_1，A_2，…，A_m，在结点A_i处给定函数值f_i(i=1，…，m)，构造多项式p∈K[X_1，X_2，…，X_n]，满足Lagrange插值条件：p=f_i，i=1，…，m (1)其中X=(X_1，X_2，…，X_n)，与一元情形相似地，本文证明了定理满足插值条件(1)的多项式存在，并且按&序&最低的多项式是唯一的，上述多项式可利用第二章介绍的Lagrange-Hermite插值算法求出，Lagrange插值另一种描述是：按序从低到高给定单项式ω_1，ω_2，…，ω_m，对任意给定的f_1，f_2，…，f_m，构造多项式p，满足插值条件：p=sum from i=1 to m=Ai=f_i，i=1，…，m (2)如果插值多项式p存在且唯一，则称插值问题适定。

The labia have now been sutured together almost completely.The drains and the Foley catheter come out at the top.

此刻阴唇已经几乎完全的缝在一起了，排除多余淤血体液的管子和Foley导管从顶端冒出来。

To get the business done, I suggest we split the difference in price.

为了做成这笔生意，我建议我们在价格上大家各让一半。