这是一部学习概率和应用概率必备的书籍,将经典破坏概率和现代破坏概率巧妙结合,全面处理了应用概率的已知结果。考虑到涉及的专题有:Lundberg不等式;Cramer-Lundberg逼近;精确解;其他逼近;有限时间的破坏概率;经典复合Poisson模型等。在新的版本里做了大量扩充和更新,新的科目话题包括随机控制、Levy过程的起伏理论、Gerber Shiu函数和独立。目次:符号和通则;导引;鞅和简单破坏计算;更高级的工具和结果;复杂Poisson模型;有限时间内的破坏概率;修正序列;马尔科夫环境中的风险理论;低依赖风险过程;矩阵分析方法;重尾现象中的破坏概率;Levy过程的破坏概率;Gerber-Shiu函数;更多依赖模型;随机控制;模拟方法论;综合论题;附录。
本书介绍了Fibonacci数列的一般知识、基本理论及其应用,是作者学习和研究这个著名数列的心得和成果。全书分6章:Fibonacci数列及其表示;Fibonacci数列的代数性质;Fibonacci数列与几何;Fibonacci数列的相关数列;Fibonacci数列与数论;Fibonacci计数法及其应用。
This is a completely revised edition, with more than fifty pages of new material scattered throughout. In keeping with the conventional meaning of chapters and sections, I have reorgaruzed the book into twenty-nine sections in seven chapters. The main additions are Section 20 0n the Lie derivative and interior multiplication, two intrinsic operations on a manifold too important to leave out, new criteria in Section 21 for the boundary orientation, and a new appendix on quaternions and the symplectic group.
Apart from correcting errors and misprints, I have thought through every proof again, clarified many passages, and added new examples, exercises, hints, and solutions. In the process, every section has been rewritten, sometimes quite drastically. The revisions are so extensive that it is not possible to enumerate them all here. Each chapter now comes with an introductory essay giving an overview of what is to come. To provide a timeline for the development ofideas, I have indicated whenever possi- ble the historical origin of the concepts, and have augmented the bibliography with historical references.