Tag: Operators

Troubleshooting for Network Operators The Road to a New Paradigm with Encrypted Traffic


Free Download Troubleshooting for Network Operators: The Road to a New Paradigm with Encrypted Traffic
English | 2023 | ISBN: 1786308673 | 181 Pages | EPUB | 5 MB
Therefore, in this context, this book presents a novel efficient multi modular troubleshooting architecture to overcome limitations related to encrypted traffic and high time complexity. This architecture contains five main modules: data collection, anomaly detection, temporary remediation, root cause analysis and definitive remediation. In data collection, there are two sub modules: parameter measurement and traffic classification. This architecture is implemented and validated in a software-defined networking (SDN) environment.

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Fractional Calculus Operators and the Mittag-Leffler Function


Free Download Maja Andric, "Fractional Calculus Operators and the Mittag-Leffler Function"
English | 2022 | ISBN: 3036553673 | PDF | pages: 260 | 2.8 mb
This book focuses on applications of the theory of fractional calculus in numerical analysis and various fields of physics and engineering. Inequalities involving fractional calculus operators containing the Mittag-Leffler function in their kernels are of particular interest. Special attention is given to dynamical models, magnetization, hypergeometric series, initial and boundary value problems, and fractional differential equations, among others.

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Operators, Semigroups, Algebras and Function Theory


Free Download Operators, Semigroups, Algebras and Function Theory: Volume from IWOTA Lancaster 2021 by Yemon Choi, Matthew Daws, Gordon Blower
English | PDF EPUB (True) | 2023 | 262 Pages | ISBN : 3031380193 | 29.8 MB
This volume collects contributions from participants in the IWOTA conference held virtually at Lancaster, UK, originally scheduled in 2020 but postponed to August 2021. It includes both survey articles and original research papers covering some of the main themes of the meeting.

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Algebraic Structures and Operators Calculus Volume III Representations of Lie Groups


Free Download Algebraic Structures and Operators Calculus Volume III: Representations of Lie Groups by Philip Feinsilver , René Schott
English | PDF | 1996 | 236 Pages | ISBN : 0792338340 | 11.5 MB
Introduction I. General remarks . 1 II. Notations . . 5 III. Lie algebras: some basics . 8 Chapter 1 Operator calculus and Appell systems I. Boson calculus . 17 II. Holomorphic canonical calculus . . 18 III. Canonical Appell systems . . 23 Chapter 2 Representations of Lie groups I. Coordinates on Lie groups . . . 28 II. Dual representations. 29 III. Matrix elements. . . 37 IV. Induced representations and homogeneous spaces . . 40 General Appell systems Chapter 3 I. Convolution and stochastic processes . 44 II. Stochastic processes on Lie groups . . 46 III. Appell systems on Lie groups. . 49 Chapter 4 Canonical systems in several variables I. Homogeneous spaces and Cartan decompositions . . 54 II. Induced representation and coherent states . 62 III. Orthogonal polynomials in several variables . 68 Chapter 5 Algebras with discrete spectrum I. Calculus on groups: review of the theory .. 83 II. Finite-difference algebra . 85 III. q-HW algebra and basic hypergeometric functions .. 89 IV. su2 and Krawtchouk polynomials .. . 93 V. e2 and Lommel polynomials . . 101 Chapter 6 Nilpotent and solvable algebras I. Heisenberg algebras . .. 113 II. Type-H Lie algebras .. 118 Vll III. Upper-triangular matrices .. . 125 IV. Affine and Euclidean algebras . . 127 Chapter 7 Hermitian symmetric spaces I. Basic structures . 131 II. Space of rectangular matrices . . 133 III. Space of skew-symmetric matrices . . 136 IV. Space of symmetric matrices . 143 Chapter 8 Properties of matrix elements I. Addition formulas .. . 147 II. Recurrences . .. 148 III. Quotient representations and summation formulas .. 149 Chapter 9 Symbolic computations I. Computing the pi-matrices . . 153 II. Adjoint group .. 154 III. Recursive computation of matrix elements .

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Limit Operators and Their Applications in Operator Theory

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Free Download Limit Operators and Their Applications in Operator Theory by Vladimir Rabinovich , Bernd Silbermann , Steffen Roch
English | PDF | 2004 | 404 Pages | ISBN : 3764370815 | 55 MB
This text has two goals. It describes a topic: band and band-dominated operators and their Fredholm theory, and it introduces a method to study this topic: limit operators. Band-dominated operators. Let H = [2(Z) be the Hilbert space of all squared summable functions x : Z -+ Xi provided with the norm 2 2 X IIxl1 :=L I iI . iEZ It is often convenient to think of the elements x of [2(Z) as two-sided infinite sequences (Xi)iEZ. The standard basis of [2(Z) is the family of sequences (ei)iEZ where ei = (. . . ,0,0, 1,0,0, . . . ) with the 1 standing at the ith place. Every bounded linear operator A on H can be described by a two-sided infinite matrix (aij)i,jEZ with respect to this basis, where aij = (Aej, ei)' The band operators on H are just the operators with a matrix representation of finite band-width, i. e. , the operators for which aij = 0 whenever Ii – jl > k for some k. Operators which are in the norm closure ofthe algebra of all band operators are called band-dominated. Needless to say that band and band dominated operators appear in numerous branches of mathematics. Archetypal examples come from discretizations of partial differential operators. It is easy to check that every band operator can be uniquely written as a finite sum L dkVk where the d are multiplication operators (i. e.[/center]
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Kubernetes Programming with Go Programming Kubernetes Clients and Operators Using Go and the Kubernetes API


Free Download Kubernetes Programming with Go: Programming Kubernetes Clients and Operators Using Go and the Kubernetes API by Philippe Martin
English | December 25, 2022 | ISBN: 1484290259 | 336 pages | MOBI | 2.56 Mb
This book begins by introducing the structure of the Kubernetes API and which operations it serves. Following chapters demonstrate how to write native Kubernetes resources definitions using Go structures defined in the API and API Machinery libraries. Miscellaneous utilities are described to help you work with different resource fields and to convert your resource definitions to or from YAML or JSON. Next, you will learn how to interact with the Kubernetes API server to create, delete, update, and monitor resources in a cluster using the client-go library. A complete chapter is devoted to tools provided to test your programs using the client-go library. An example follows to wrap up the first part of the book, describing how to write a kubectl plugin. Next, you will learn how to extend the Kubernetes API using Custom Resource Definitions, and how to write Kubernetes resources in a generic way as well as how to create your own resources using the unstructured concept. The next chapters delve into the controller-runtime library, useful for extending Kubernetes by writing operators, and the kubebuilder framework, which leverages this library, to help you start writing operators in minutes.

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Math for Water Treatment Operators Practice Problems to Prepare for Water Treatment Operator Certification Exams


Free Download John Giorgi, "Math for Water Treatment Operators: Practice Problems to Prepare for Water Treatment Operator Certification Exams"
English | 2007 | ISBN: 1583214542 | PDF | pages: 386 | 5.0 mb
This handbook provides water treatment operators thorough coverage of the common math problems they use daily and is designed for study for Certification testing. The four sections match the four (4) Grade Levels of Certification. Each section includes 100 math problems for that level followed by detailed solutions on how to work out each problem. There is also a 10 question test (with answers) at the end of each Chapter. Appendices cover common equations, conversation tables and formulas, units of measures, and a list of chemicals.

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Learning RxJS Operators by Example Playbook


David Mann | 3:47 h | Video: H264 1280×720 | Audio: AAC 48 kHz 2ch | 599 MB | Language: English
The strength of RxJS is its over 100 operators; they provide the power. Learning those operators was hard, until now. This course will teach you every single operator, with examples and marble diagrams, all in framework-agnostic vanilla JavaScript.
The true strength of RxJS is the over 100 operators it includes. Unfortunately, this is also a weakness – it’s hard to learn everything those operators offer. In this course, Learning RxJS Operators by Example Playbook, you will learn how the power these operators offer can make your applications easier to code and troubleshoot. First, you will explore how to improve performance. Next, you will discover operators that you didn’t even know existed. Finally, you will be able to add them to your coding toolbelt. Every single operator is covered; first in an overview with a marble diagram and then in code, with at least one example per operator. All examples are in vanilla JavaScript so there’s nothing extraneous. Watch it straight through to learn it all, or jump in and skip around to learn just the operators you need right now. When you’re finished with this course, you will have the skills and knowledge of RxJS needed to write high-performing, easy-to-maintain code.
Homepage

https://www.pluralsight.com/courses/rxjs-operators-by-example-playbook

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