现代信号处理的若干新方法（英文版）
作 者： 张焕炯 著
出版时间： 2014
内容简介
《现代信号处理的若干新方法》着重分析了以下3个具体领域中的信号处理的新方法，它们分别为：对有结构的干扰的信号分析的新方法、基于信息理论尤其基于信息准则的信号处理新方法以及基于代数理论的用于信号的分类、检测、估值等的新方法。全书共分5章。第1章为概论，重点阐述现代信号处理的基本概念和特点，从非线性、非平稳性、主动性等方面进行了深入的概括总结。第2章讨论有结构的干扰条件下的信号处理新方法，在分析同异步条件下的信号特性变化的基础上，根据干扰的结构特点，来设计具体的信号处理方法，以期尽可能地减少、甚至完全抵销相关的干扰，促使信号系统向纯噪声系统演进，实现最佳的处理效果。此外，结合分数阶第3章重点论述基于信息准则的信号处理新方法，在给出所依据的信息理论的前提下，分别就基于最大熵准则、最小鉴别信息准则以及最小误差熵准则条件下的信号处理方法进行了深入讨论，并给出了具体的处理模型和相应的应用例子分析，获得了基于最小误差熵准则的信号分析的简化的处理算法。第4章讨论基于代数结构理论的信号分类、检测、识别、预测及估值等方面的新方法，通过构造群、环、域等含有代数结构的集合的方法，得到了具体的信号处理的新方法，给出了相关的举例分析。第5章是总结和展望，既对相关研究的成果进行了简要总结，又就相关方向及问题的解决提出了相应的展望愿景，勾画出了下一步的研究方向。
目录
Chapter 1 Introduction
1.1 Summaries of modern signal processing
1.2 Characters analysis of the treating methods in modern signal processing
1.3 Characters and construction arrangements of this book of monograph
1.4 Summary of this chapter
Chapter 2 Some novel methods under the conditions of the structural interfbrences
2.1 Introduction
2.2 Analysis the influence of the receiving signals with structuralinterferences under the conditions between synchronous and asynchronous
2.2.1 The model of receiving signal
2.2.2 Analysis the structure 0f the baseband signal under the synchronous and asynchronous receiving conditionst
2.2.3 Analysis of sign structure under the synchronous and asynchronous conditions of the carrier Phase
2.2.4 Analysis of the nurremcal simulation
2.2.5 Summary of this section
2.3 Analysis of the united detectivemethods base on the theory of the definite linear operator
2.3.1 System model
2.3.2 Relatedcondusions of the definitelinear operatortheory and the application in the united detection
2.3.3 The united detectivemethod based onthetheory of definite linear operator under the norrstrict power control
2.3.4 Realization and correlated performances analysis
2.3.5 Two examples
2.3.6 Simulative analygs
2.3.7 the Summary in this section
2.4 The united detection based on solving the reverse of hemake matrix
2.4.1 The realization of the united detective method based on the theory of hermite matrix
2.4.2 Computing complexity analysis and simulation
2.4.3 The summary of this section
2.5 The novel decorrelating decision feedback united detective method
2.5.1 System model
2.5.2 Derivation of new decorrelating decisionfeedback method
2.5.3 Simulation analysis and case
2.5.4 The StllnnIary of this section
2.6 Anovel united detectivemethodunderthe asynchronous receiving conditiontt
2.6.1 Introduction
2.6.2 Signal model
2.6.3 The derivation ofthis new uniteddetective method
2.6.4 Properties analysisand simulation
2.6.5 The conclusion of this section
2.7 Blind united detective technologies
2.7.1 Introduction
2.7.2 The COITRTIonmodel of the blind united detection
2.7.3 Some concrete blind united detective methods
2.7.4 The Summary of thiS section
2.8 The diversity technology based on the fractional Fourier Transformation
2.8.1 Introduction
2.8.2 Some corresponding theoretical conclusions of fractional Fourier Transformation
2.8.3 The concrete analysis of the diversity realization hased onthetheory of FRFT
2.8.4 A cryptosystem scheme based on the theory of FRFT
2.8.5 The summary of this section
2.9 A modilied method of deha modulation
2.9.1 Introduction
2.9.2 Delta modulation principle analysis
2.9.3 Derivation ofthemodified deIt.modulationn method .
2.9.4 Property analysis and an example
2.9.5 Conclusion of this section
2.10 Surramry of this chapter
References
Chapter 3 Some novel methods of modern signal processing based on Information Theories.
3.1 Introduction
3.2 Some conelusions in theories of irdormation
3.2.1 Some hasic conceptions
3.2.2 Some related properties of Shannon entropy and dlscnmination entropy
3.2.3 Some important principles and criteria
3.3 Signal detective models hased on the inforrmtion extreme value criteria
3.3.1 Signal detectivemodel based on the roa：dmum entropy criterion
3.3.2 Signal detective rflodel hased on the minimum discrimination entropy criterion
3.3.3 Sigml detectiveInodel hased ontheminimum error entropy criterioil
3.4 Analysis of some concrete examples
3.4.1 Application in the domain Of spectra estimation
3.4.2 Application in the field of blind source separation
3.4.3 Analysis of the example based on the criterion of the minimum error entropy
3.5 Conception of information matched filtering
3.6 Summary of this cbapter
References
Chapter 4 Some new method about.signal analysis based on the theories of abstract algelra
4.1 Introduction .
4.2The basicideas andmodels of the signal classification，detection and recognition
4.3 Newmethods of signal classification，detection and recognition based on group theory
4.3.1 ne related concepotions and condUSions of group theory
4.3.2 The concrete appiicafion in the domain of signed daasification，detection and pattern recognition
4.3.3 Analysis Of a concrete example
4.4 Sorne novelmetheds of slgntd dassification.signal detectionandpattern recognitionbased on the theories of ring and field
4.4.1 ne definition and related properties of ring
4.4.2 Some related properties offield structure
4.4.3 the concrete application in the domains of signal
classification.detection and recognition
4.4.4 An example analysis based on field theory
4.5 111e current methods of signal classification，
detection and pattern recognition based on the eornrllorl algebra theories
4.6 A novelmethods hased onthetheory of linear operator semigroup
4.6.1 The related theory of linear operator semigroup
4.6.2 nle concrete processingbased 011theories oflinear operator semigroup
4.7 Surarmry of this chapter
References
Chapter 5 Conclusions and Prospects
5.1 The conclusions of the whole book monograph
5.2 nle expectation of the future researching
References
Postscript
Brief Introduction about this Book of Monograph
