Tabla de Contenidos: “…In Our Experience: Recognizing and Challenging Cognitive Imperialism -- Introduction: Colonization and Cognitive Imperialism -- Experiencing criminal justice academe: the data -- Recognizing and Reflecting on Cognitive Imperialism -- Reorienting and Responding to Cognitive Imperialism -- Recover and Reform: Seeking Constructive Ways Forward -- Conclusion -- References -- Conclusion: Teasing Out the Criminal Question, Building a Decolonizing Horizon -- Overview -- Problematizing and Dismantling Dynamics of Hierarchization, Subordination, and Dependency in Knowledge Production and Circulation -- Continuities, Discontinues, Permutations, and Erasures in the Colonial Matrix of the Criminal Question -- Methodological Approaches: Reflexivity, Narratives of Resistance and Enduring Struggles -- Politics and Ethics -- References -- Index…”

“…Disk loads are balanced by striping data into strips—with one strip per disk— and storage reliability is enhanced via replication or erasure coding, which at best dedicates k strips per stripe to tolerate k disk failures. …”

Tabla de Contenidos: “…-- If You Can't Recover, Get Out Quickly -- Define User-Specific Exception Types -- Throw by Value, Catch by const Reference -- Pay Attention to the Correct Order of Catch Clauses -- Interface Design -- Attributes -- noreturn (since C++11) -- deprecated (since C++14) -- nodiscard (since C++17) -- maybe_unused (since C++17) -- Concepts: Requirements for Template Arguments -- Specifying a Concept -- Applying a Concept -- Chapter 6: Modularization -- The Basics of Modularization -- Criteria for Finding Modules -- Focus on the Domain of Your Software -- Abstraction -- Choose a Hierarchical Decomposition -- Single Responsibility Principle (SRP) -- Single Level of Abstraction (SLA) -- The Whole Enchilada -- Object-Orientation -- Object-Oriented Thinking -- Principles for Good Class Design -- Keep Classes Small -- Open-Closed Principle (OCP) -- A Short Comparison of Type Erasure Techniques -- Liskov Substitution Principle (LSP) -- The Square-Rectangle Dilemma -- Favor Composition over Inheritance -- Interface Segregation Principle (ISP) -- Acyclic Dependency Principle -- Dependency Inversion Principle (DIP) -- Don't Talk to Strangers (The Law of Demeter) -- Avoid Anemic Classes -- Tell, Don't Ask! …”

Tabla de Contenidos: “…. -- Personal data breaches - Article -- Rights over data processing -- Right to rectification - A. -- Right to erasure, or 'the right to be forgotten' - A. -- Right to restriction of processing - A.…”

Tabla de Contenidos: “…Using exceptions for error handling -- Using noexcept for functions that do not throw exceptions -- Ensuring constant correctness for a program -- Creating compile-time constant expressions -- Creating immediate functions -- Optimizing code in constant-evaluated contexts -- Using virtual function calls in constant expressions -- Performing correct type casts -- Implementing move semantics -- Using unique_ptr to uniquely own a memory resource -- Using shared_ptr to share a memory resource -- Consistent comparison with the operator &lt -- =&gt -- -- Comparing signed and unsigned integers safely -- Chapter 10: Implementing Patterns and Idioms -- Avoiding repetitive if-else statements in factory patterns -- Implementing the pimpl idiom -- Implementing the named parameter idiom -- Separating interfaces and implementations with the non-virtual interface idiom -- Handling friendship with the attorney-client idiom -- Static polymorphism with the curiously recurring template pattern -- Adding functionality to classes with mixins -- Handling unrelated types generically with the type erasure idiom -- Implementing a thread-safe singleton -- Chapter 11: Exploring Testing Frameworks -- Getting started with Boost.Test -- Writing and invoking tests with Boost.Test -- Asserting with Boost.Test -- Using fixtures in Boost.Test -- Controlling output with Boost.Test -- Getting started with Google Test -- Writing and invoking tests with Google Test -- Asserting with Google Test -- Using test fixtures with Google Test -- Controlling output with Google Test -- Getting started with Catch2 -- Writing and invoking tests with Catch2 -- Asserting with Catch2 -- Controlling output with Catch2 -- Chapter 12: C++ 20 Core Features -- Working with modules -- Understanding module partitions -- Specifying requirements on template arguments with concepts…”

Tabla de Contenidos: “…3.4.1 Read-only-Interface -- 3.4.2 Immutable-Klasse -- 3.4.3 Marker-Interface -- 3.4.4 Konstantensammlungen und Aufzählungen -- 3.4.5 Value Object (Data Transfer Object) -- 3.5 Prinzipien guten OO-Designs -- 3.5.1 Geheimnisprinzip nach Parnas -- 3.5.2 Law of Demeter -- 3.5.3 SOLID-Prinzipien -- 3.6 Formen der Varianz -- 3.6.1 Grundlagen der Varianz -- 3.6.2 Kovariante Rückgabewerte -- 3.7 Generische Typen (Generics) -- 3.7.1 Einführung -- 3.7.2 Generics und Auswirkungen der Type Erasure -- 3.8 Weiterführende Literatur -- 4 Lambdas, Methodenreferenzen und Defaultmethoden -- 4.1 Einstieg in Lambdas -- 4.1.1 Syntax von Lambdas -- 4.1.2 Functional Interfaces und SAM-Typen -- 4.1.3 Exceptions in Lambdas -- 4.2 Syntaxerweiterungen in Interfaces -- 4.2.1 Defaultmethoden -- 4.2.2 Statische Methoden in Interfaces -- 4.3 Methodenreferenzen -- 4.4 Externe vs. interne Iteration -- 4.5 Wichtige Functional Interfaces für Collections -- 4.5.1 Das Interface Predicate&lt -- T&gt -- -- 4.5.2 Das Interface UnaryOperator&lt -- T&gt -- -- 4.6 Praxiswissen: Definition von Lambdas -- 5 Java-Grundlagen -- 5.1 Die Klasse Object -- 5.1.1 Die Methode toString() -- 5.1.2 Die Methode equals() -- 5.2 Primitive Typen und Wrapper-Klassen -- 5.2.1 Grundlagen -- 5.2.2 Konvertierung von Werten -- 5.2.3 Wissenswertes zu Auto-Boxing und Auto-Unboxing -- 5.2.4 Ausgabe und Verarbeitung von Zahlen -- 5.3 Stringverarbeitung -- 5.3.1 Die Klasse String -- 5.3.2 Die Klassen StringBuffer und StringBuilder -- 5.3.3 Ausgaben mit format() und printf() -- 5.3.4 Die Methode split() und reguläre Ausdrücke -- 5.3.5 Optimierung bei Strings in JDK 9 -- 5.3.6 Neue Methoden in der Klasse String in JDK 11 -- 5.4 Varianten innerer Klassen -- 5.5 Ein- und Ausgabe (I/O) -- 5.5.1 Dateibehandlung und die Klasse File -- 5.5.2 Ein- und Ausgabestreams im Überblick…”

Tabla de Contenidos: “…Extracting the Music -- Types of Microgrooves -- Moving-magnet Cartridges -- Moving-iron Cartridges -- Moving-coil Cartridges -- Ceramic Cartridges -- Features of Stereo Cartridges -- Playback Needles -- Tone (Pickup) Arms -- Turntable -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Chapter 9: Distortion in Disc Equipment -- Loudspeakers -- Disc Equipment-ecording Characteristics -- Disc Equipment-playback Characteristics -- Magnetic Pickup Heads -- Crystal Pickup Heads -- Stereo Pickup Heads -- Discs -- Tracing Distortion -- Pinch Effect -- Needle-scratch -- Tracking Error -- Turntable Driving Systems -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Chapter 10: Magnetic Recording and Reproduction -- Magnetic Recording -- Magnetic Playback -- Magnetic Erasing -- Recording Medium -- Magnetic Heads -- Cassettes -- Tape Speeds -- Maximum Usable Frequency -- Track Configurations -- Tape Transport Mechanism -- Mechanical Controls -- Miscellaneous Features -- Electronic Controls -- Erasure Guard -- Tape Recorders -- Tape vs Disc -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Chapter 11: Distortion in Tape Equipment -- Recording and Playback Heads -- Erase Heads -- Tapes -- Tape Transport Systems -- Amplitude Distortion -- Erasing -- Oscillator Coil -- Frequency Response -- Equalisation -- Block Diagram -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Chapter 12: Noise Reduction -- Noise Reduction -- Pre-emphasis and De-emphasis -- Companders -- Noise Reduction Systems -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Chapter 13: Recording Level in dicators -- VU Meters -- Peak Reading Meters -- Peak Reading Led Meters -- Zero dB Level -- Chapter 14: Optical Recording and Reproduction -- Disc…”

Tabla de Contenidos: “…Synchronization -- Using Synchronized Methods -- The synchronized Statement -- Thread Communication Using notify( ), wait( ), and notifyAll( ) -- An Example That Uses wait( ) and notify( ) -- Suspending, Resuming, and Stopping Threads -- Try This 11-2: Using the Main Thread -- Chapter 11 Self Test -- 12 Enumerations, Autoboxing, Static Import, and Annotations -- Enumerations -- Enumeration Fundamentals -- Java Enumerations Are Class Types -- The values( ) and valueOf( ) Methods -- Constructors, Methods, Instance Variables, and Enumerations -- Two Important Restrictions -- Enumerations Inherit Enum -- Try This 12-1:A Computer-Controlled Traffic Light -- Autoboxing -- Type Wrappers -- Autoboxing Fundamentals -- Autoboxing and Methods -- Autoboxing/Unboxing Occurs in Expressions -- A Word of Warning -- Static Import -- Annotations (Metadata) -- Chapter 12 Self Test -- 13 Generics -- Generics Fundamentals -- A Simple Generics Example -- Generics Work Only with Objects -- Generic Types Differ Based on Their Type Arguments -- A Generic Class with Two Type Parameters -- The General Form of a Generic Class -- Bounded Types -- Using Wildcard Arguments -- Bounded Wildcards -- Generic Methods -- Generic Constructors -- Generic Interfaces -- Try This 13-1: Create a Generic Queue -- Raw Types and Legacy Code -- Type Inference with the Diamond Operator -- Erasure -- Ambiguity Errors -- Some Generic Restrictions -- Type Parameters Can't Be Instantiated -- Restrictions on Static Members -- Generic Array Restrictions -- Generic Exception Restriction -- Continuing Your Study of Generics -- Chapter 13 Self Test -- 14 Applets, Events, and Miscellaneous Topics -- Applet Basics -- Applet Organization and Essential Elements -- The Applet Architecture -- A Complete Applet Skeleton -- Applet Initialization and Termination -- Requesting Repainting -- The update( ) Method…”

Tabla de Contenidos: “…Enumerations -- Enumerations Inherit Enum -- Try This 12-1: A Computer-Controlled Traffic Light -- Autoboxing -- Type Wrappers -- Autoboxing Fundamentals -- Autoboxing and Methods -- Autoboxing/Unboxing Occurs in Expressions -- Static Import -- Annotations (Metadata) -- Introducing instanceof -- Chapter 12 Self Test -- 13 Generics -- Generics Fundamentals -- A Simple Generics Example -- Bounded Types -- Using Wildcard Arguments -- Bounded Wildcards -- Generic Methods -- Generic Constructors -- Generic Interfaces -- Try This 13-1: Create a Generic Queue -- Raw Types and Legacy Code -- Type Inference with the Diamond Operator -- Local Variable Type Inference and Generics -- Erasure -- Ambiguity Errors -- Some Generic Restrictions -- Continuing Your Study of Generics -- Chapter 13 Self Test -- 14 Lambda Expressions and Method References -- Introducing Lambda Expressions -- Block Lambda Expressions -- Generic Functional Interfaces -- Try This 14-1: Pass a Lambda Expression as an Argument -- Lambda Expressions and Variable Capture -- Throw an Exception from Within a Lambda Expression -- Method References -- Constructor References -- Predefined Functional Interfaces -- Chapter 14 Self Test -- 15 Modules -- Module Basics -- java.base and the Platform Modules -- Legacy Code and the Unnamed Module -- Exporting to a Specific Module -- Using requires transitive -- Try This 15-1: Experiment with requires transitive -- Use Services -- Additional Module Features -- Continuing Your Study of Modules -- Chapter 15 Self Test -- 16 Switch Expressions, Records, and Other Recently Added Features -- Enhancements to switch -- Try This 16-1: Use a switch Expression to Obtain a City?…”

Tabla de Contenidos: “…Magic Wand Tool -- Quick Selection Tool -- Select Subject -- Select and Mask Workspace -- Lesson E: Mini Project -- Peachy In The Woods -- A Quick Shadow -- Lesson F: Color Range -- When Selecting Or Avoiding a Color -- Lesson G: Saving &amp -- Loading Selections -- Selections to Channels and Back -- Quick Mask Revealed -- Luminosity Masks -- 4 Creative Features -- Lesson A: Creating Content -- Create a New Doc -- Creating a Pattern Fill Layer -- Creating a Gradient Fill Layer -- Creating a Color Fill Layer -- Type Layers -- Lesson B: Layer Styles -- Drop Shadow and Bevel &amp -- Emboss -- Lesson C: Smart Objects -- Smart Objects Are Smart Workflow -- Lesson D: Blend If -- Now That's Shady -- Lesson E: Painting in Photoshop -- Prepare Your Canvas -- Happy Little Dabs -- Setting Behavior and Qualities -- Project: Chalk Drawing -- Lesson A: Placing the Art -- Place and Finesse the Smart Object -- Lesson B: Knockout &amp -- Clip Mask Blending -- Knockout -- Clip Mask with Blending Options -- Combining the Two -- Lesson C: A Bit of Erasure -- Layers with Options -- 5 Adobe Camera Raw &amp -- Software-Aided Photography -- Lesson A: From Bridge to ACR -- Processing Images with ACR -- Lesson B: HDR -- Manage Contrast with Multiple Images -- Lesson C: Panorama -- Assemble Appropriately Captured Images -- Lesson D: Passers-Bye-Bye -- Statistics Script -- Stack Mode -- 6 Retouching &amp -- Transformation -- Lesson A: Clone, Heal, and Content-Aware Fill -- Create a Retouch Layer -- Clone Stamp -- Healing Brush -- Spot Healing Brush -- Content-Aware Fill -- Lesson B: Transforms -- Free Transform -- Content-Aware Scale -- Project: A Surrealist Composite -- Lesson A: Where We're Going -- Tour the Finished Piece -- Lesson B: Gathering the Ingredients -- Material Choices -- Custom Shape -- Lesson C: Bending &amp -- Warping -- Free Transform…”

Tabla de Contenidos: “…5.A.6 Proof of Theorem 5.22 -- References -- 6 Distributed State Estimation in an LSS -- 6.1 Introduction -- 6.2 Predictor Design With Local Measurements -- 6.2.1 Derivation of the Optimal Gain Matrix -- 6.2.2 Relations With the Kalman Filter -- 6.2.3 Robusti cation of the Distributed Predictor -- 6.3 Distributed State Filtering -- 6.4 Asymptotic Property of the Distributed Observers -- 6.5 Distributed State Estimation Through Neighbor Information Exchanges -- 6.6 Bibliographic Notes -- Appendix 6.A -- 6.A.1 Proof of Theorem 6.1 -- 6.A.2 Proof of Theorem 6.2 -- 6.A.3 Proof of Theorem 6.3 -- 6.A.4 Proof of Theorem 6.4 -- 6.A.5 Derivation of Eqs. (6.46) and (6.47) -- 6.A.6 Proof of Theorem 6.7 -- 6.A.7 Proof of Theorem 6.8 -- References -- 7 Stability and Robust Stability of a Large-Scale NCS -- 7.1 Introduction -- 7.2 A Networked System With Discrete-Time Subsystems -- 7.2.1 System Description -- 7.2.2 Stability of a Networked System -- 7.2.3 Robust Stability of a Networked System -- 7.3 A Networked System With Continuous-Time Subsystems -- 7.3.1 Modeling Errors Described by IQCs -- 7.3.2 Robust Stability With IQC-Described Modeling Errors -- 7.4 Concluding Remarks -- 7.5 Bibliographic Notes -- Appendix 7.A -- 7.A.1 Proof of Theorem 7.3 -- 7.A.2 Proof of Theorem 7.4 -- References -- 8 Control With Communication Constraints -- 8.1 Introduction -- 8.2 Entropies and Capacities of a Communication Channel -- 8.2.1 Entropy in Information Theory -- 8.2.2 Topological Entropy in Feedback Theory -- 8.2.3 Channel Capacities -- 8.3 Stabilization Over Communication Channel -- 8.3.1 Classical Approach for Quantized Control -- 8.4 Universal Lower Bound -- 8.5 Coder-Decoder Design -- 8.6 Extension to Lossy Channels -- 8.6.1 Erasure Channels -- 8.6.2 Gilbert-Elliott Channels -- 8.7 Bibliographic Notes -- References -- 9 Distributed Control for Large-Scale NCSs…”

“…In narco-culture, the normalization of brutality into everyday life is a condition upon which the absolute erasure or derealization of people is made possible…”

“…Challenging accounts of industrial alienation that still persist, the author defines mechanical character and feeling not as erasures or negations of self, but as robust and nuanced entities in their own right. …”

“….” ~ Cristiano Caggiula “Aprile’s writing breathes, survives and is manifested, among dashes, curves, losses, cruises, overlays, erasures, and smudges, smears. A writing dotted with isolated words, they resist to a great catastrophe, arranged in imbalance, moving, equipped with its own breath, your own voice. …”

“…By writing Indigenous actors out of national histories, Mexican and U.S. elites also wrote them out of their lands, a legacy of erasure and removal that continues when we repeat these eighteenth- and nineteenth-century settler narratives and that reverberates in discussions of immigration, migration, and Nativism today…”

“…The essays in Entangled Empires seek to clarify the processes that rendered the intertwined histories of these colonial worlds invisible, including practices of archival erasure as well as selective memorialization. Bringing together a large geography and chronology, Entangled Empires emphasizes the importance of understanding connections, both intellectual and practical, between the English and Iberian imperial projects. …”

“…Each chapter contextualizes a particular popular saint within broader discourses about the construction of masculinity and the state, the long history of violence against Latina and migrant women, female erasure from history, discrimination against non-normative sexualities, and as US and Mexican investment in the control of religiosity within the discourses of immigration."…”

“…Rather, the collection focuses on aggrieved peoples who have always had to negotiate state violence and cultural erasure, but who work to build the worlds they envision. …”

“…What You Will Learn Understand, install, configure, and manage the Ceph storage system Get to grips with performance tuning and benchmarking, and gain practical tips to run Ceph in production Integrate Ceph with OpenStack Cinder, Glance, and nova components Deep dive into Ceph object storage, including s3, swift, and keystone integration Build a Dropbox-like file sync and share service and Ceph federated gateway setup Gain hands-on experience with Calamari and VSM for cluster monitoring Familiarize yourself with Ceph operations such as maintenance, monitoring, and troubleshooting Understand advanced topics including erasure coding, CRUSH map, cache pool, and system maintenance In Detail Ceph is a unified, distributed storage system designed for excellent performance, reliability, and scalability. …”

Tabla de Contenidos: “…14.6.3 Two Mobile Single-Transmitter Users plus One Stationary Two-Transmitter User 263 -- 14.7 Bibliographical Notes 263 -- 15 Asynchronous Multiuser OFDM 265 -- 15.1 System Model for Asynchronous Multiuser OFDM 266 -- 15.2 Overlapped Truncation and Interference Aggregation 267 -- 15.2.1 Overlapped Truncation 267 -- 15.2.2 Interference Aggregation 268 -- 15.3 An Asynchronous Multiuser OFDM Receiver 269 -- 15.3.1 The Overall Receiver Structure 269 -- 15.3.2 Interblock Interference Subtraction 270 -- 15.3.3 Time-to-Frequency-Domain Conversion 271 -- 15.3.4 Iterative Multiuser Reception and Residual Interference Cancellation 273 -- 15.3.5 Interference Reconstruction 274 -- 15.4 Investigation on Multiuser Asynchronism in an Example Network 275 -- 15.5 Simulation Results 276 -- 15.5.1 Two-User Systems with Time-Varying Channels 277 -- 15.5.2 Multiuser Systems with Time-Invariant Channels 279 -- 15.6 Emulated Results: MACE10 281 -- 15.7 Bibliographical Notes 284 -- 16 OFDM in Relay Channels 285 -- 16.1 Dynamic Coded Cooperation in a Single-Relay Network 285 -- 16.1.1 Relay Operations 286 -- 16.1.2 Receiver Processing at the Destination 288 -- 16.1.3 Discussion 289 -- 16.2 A Design Example Based on Rate-Compatible Channel Coding 289 -- 16.2.1 Code Design 289 -- 16.2.2 Simulation Results 291 -- 16.3 A Design Example Based on Layered Erasure- and Error-Correction Coding 292 -- 16.3.1 Code Design 292 -- 16.3.2 Implementation 293 -- 16.3.3 An Experiment in Swimming Pool 293 -- 16.3.4 A Sea Experiment 296 -- 16.4 Dynamic Block Cycling over a Line Network 299 -- 16.4.1 Hop-by-Hop Relay and Turbo Relay 299 -- 16.4.2 Dynamic Block-Cycling Transmissions 300 -- 16.4.3 Discussion 302 -- 16.5 Bibliographical Notes 302 -- 17 OFDM-Modulated Physical-Layer Network Coding 303 -- 17.1 System Model for the OFDM-Modulated PLNC 305 -- 17.2 Three Iterative OFDM Receivers 306 -- 17.2.1 Iterative Separate Detection and Decoding 306 -- 17.2.2 Iterative XOR-ed PLNC Detection and Decoding 307 -- 17.2.3 Iterative Generalized PLNC Detection and Decoding 309.…”