《微分方程與包含的拓撲方法（英文）》是2024年哈爾濱工業大學出版社出版的圖書。
基本介紹
- 中文名：微分方程與包含的拓撲方法（英文）
- 出版時間：2024年1月1日
- 出版社：哈爾濱工業大學出版社
- ISBN：9787576709407
內容簡介,圖書目錄,
內容簡介
本書就是一部原版引進的專門講拓撲方法的數學專著，中文書名或可譯為《微分方程與包含的拓撲方法》。本書一共有三位作者，第一位是約翰.R.格雷夫（John R.Graef），美國人，田納西大學查塔努加分校的數學教授，此前曾在密西西比州立大學任教。第二位是約翰尼.亨德森（Johnny Henderson），美國人貝勒大學傑出的數學教授，曾在奧本大學和密蘇里科技大學擔任教職，是美國數學學會的初始成員。第三位是阿卜杜勒加尼.奧哈比（Abdelghani Oushsb），阿爾及利亞人，阿爾及利亞吉拉利.利亞貝斯大學西迪貝爾數學實驗室的數學教授。
圖書目錄
Introduction
1 Background in Multi-valued Analysis
1.1 Some notions and definitions
1.2 Examples of multivalued mappings
1.3 Vietoris topology
1.4 Continuity concepts
1.5 Upper semicontinuity and closed graphs
1.6 Upper and lower semicontinuous (u.s.c. and l.s.c.) functions and their relations
1.7 Lower semicontinuity and open graphs
1.8 Linear operations on nmltifunctions
1.9 Closed and proper multivalued maps
1.10 Open multivalued maps
1.11 Weakly upper and lower semicontinuous functions
1.12 The topology a(X, X*)
2 Hausdorff-Pompeiu Metric Topology
2.1 Hausdorff continuity
2.2 Hd-U.S.C, l.s.c., and single-valued u.s.c. and l.s.c.functions
2.3 Fixed point theorems for multi-valued contractive mappings
3 Measurable Multifunctions
3.1 Measurable selection
3.2 Scalar measurable
3.2.1 Scalarly measurable selection
3.3 Lusin's theorem type
3.4 Hausdorff-measurable multivalued maps
3.5 The Scorza-Dragoni property
3.6 Lp selection
4 Continuous Selection Theorems
4.1 Partitions of unity
4.2 Michael's selection ttmorem
5 Linear Multivalued Operators
5.1 Uniform boundedness principle
5.2 Norm of linear multivalued operators
6 Fixed Point Theorems
6.1 Approximation methods and fixed point theorems
6.2 Schauder-Tychonoff fixed point theorem
6.3 Fan's fixed point theorem
6.4 Krasnosel'skii-type fixed point theorems
6.4.1 Krasnosel'skii-type fixed point theorem for weakly-weakly u
6.4.2 Krasnosel'skii-type fixed point theorem for u
6.4.3 Expansive Krasnosel'skii type fixed point theorem
6.4.4 Expansive Krasnosel'skii-type fixed point theorem for weakly continuous maps
6.4.5 Expansive Krasnosel'skii-type fixed point theorem for weakly-weakly U
6.4.6 Krasnosel'skii type in a Fr6chet space
6.4.7 Measure of noncompactness and Krasnosel'skii's theorem
6.5 Fixed point theorems for sums of two multivalued operators
6.6 Kakutani fixed point theorem type in topological vector spaces
6.7 Krasnosel'skii-type fixed point theorem in topological vector spaces
7 Generalized Metric and Banach Spaces
7.1 Generalized metric space
7.2 Generalized Banach space
7.3 Matrix convergence
8 Fixed Point Theorems in Vector Metric and Banach Spaces
8.1 Banach principle theorem
8.2 Continuation methods for contractive maps
8.3 Perov fixed point type for expansive mapping
8.4 Leray-Schauder type theorem
8.5 Measure of noncompactness
8.6 Approximation method and Perov type fixed point theorem
8.7 Covitz and Nadler type fixed point theorems
8.8 Fixed point index
8.9 Legggett-Williams type fixed point results
8.10 Legggett-Williams type fixed point theorems in vector Banach spaces
8.11 Multiple fixed points
9 Random Fixed Point Theorems
9.1 Principle expansive mapping
9.2 Approximation method and Krasnosel'skii-type fixed point theorems
9.3 Random fixed point for a Cartesian product of operators
9.4 Measurable selection in vector metric space
9.5 Perov random fixed point theorem
9.6 Schauder and Krasnosel'skii type random fixed point
10 Semigroups
10.1 C0-semigroups
10.1.1 Analytic semigroups
10.2 Fractional powers of closed operators
11 Systems of Impulsive Differential Equations on Half-lines
11.1 Uniqueness and continuous dependence on initial data
11.2 Existence and compactness of solution sets
12 Differential Inclusions
12.1 Filippov's theorem on a bounded intervals
12.2 Impulsive semilinear differential inclusions
12.2.1 Existence results
12.3 Impulsive Stokes differential inclusions
12.4 Differential inclusions in Almgren sense
12.4.1 Multiple-valued function in Almgren sense
12.4.2 Existence result on unbounded domains
12.5 Inclusions in Almgren sense with Riemann-Liouville derivatives
12.5.1 Fractional calculus
12.5.2 Existence result
12.6 Differential inclusions via Caputo fractional derivative
12.6.1 Existence and compactness result
13 Random Systems of Differential Equations
13.1 Random Cauchy problem
13.2 Boundary value problems
13.3 An example
14 Random Fractional Differential Equations
14.1 Hadamard fractional derivative
14.2 Random fractional derivative
14.3 Existence of solution
14.4 M2-solutions
14.4.1 Existence and uniqueness of M2-solutions
15 Existence Theory for Systems of Discrete Equations
15.1 Introduction and motivations
15.1.1 Cagan's model with backward-looking market participants
15.1.2 Electronic model
15.2 Gronwall inequalities
15.3 Cauchy discrete problem
15.4 Existence and uniqueness
15.5 Existence and compactness of solution sets
15.6 Systems of difference equations with infinite delay
15.6.1 Definitions and fundamental results
15.6.2 Boundedness of solutions
15.6.3 Weighted boundedness and asymptotic behavior
15.6.4 Asymptotic periodicity
15.6.5 Volterra difference system with infinite delay
15.7 Boundary value problems
15.8 Second order boundary value problems
15.9 Multiplicity of solutions for nth order boundary value problems
16 Discrete Inclusions
16.1 Cauchy problem for discrete inclusions
16.2 Existence and compactness result
17 Semilinear System of Discrete Equations
17.1 Existence and uniqueness results
17.2 Boundary value problems
18 Discrete Boundary Value Problems
18.1 Initial value problems
18.2 Nonlocal boundary value problems
18.3 Differentiation of solutions with respect to boundary conditions
Bibliography
Index
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