Pillars of Enduring Strength: Learning from Hermann Weyl (Hardcover)

Realizations of Countable Borel Equivalence Relations (Paperback)

AI for Cybersecurity and Digital Forensics (Hardcover, 1)

Chapter 1 AI Requirements for Cybersecurity Practitioners Chapter 2 ML-based Attack Detection and Management Chapter 3 Deep Neural Networks for Intrusion Analysis Chapter 4 LLMs for Threat and Phishing Detection? Chapter 5 RL-based Adaptive Cyber Defence System Chapter 6 GNN-Based Social Media Forensics Chapter 7 AI-Integrated Digital Twin Forensics Chapter 8 Explainable AI and Governance Chapter 9 Post-Quantum Cryptography & Future Trends Chapter 10 Post-Quantum Cryptography and Its Implementation: Evolution, Standards, and Applications Chapter 11 AI-Driven Cyber Security for 5G/6G Networks and Multi-Tenant Telecom Platforms

Zum Verst?dnis Der Materialen Implikation (Paperback)

Timeless Machines: Computability Across Eras: 22nd Conference on Computability in Europe, Cie 2026, Trier, Germany, July 27-31, 2026, Proceedings (Paperback)

Python Scripting in PLAXIS : Automating Geotechnical Analysis and Modelling Workflows (Paperback)

Chapter 1: Fundamentals of the Finite Element Method 1.1 Introduction 1.2 Concept of Stress and Strain and Sign conventions 1.3 Fundamentals of Constitutive Models 1.4 Principal Stresses & Strains and their transformation 1.5 Problem Domain Discretization 1.6 Mesh Elements and Shape Functions 1.7 Solution of the Differential Equation (Workflow of an FEM analysis) 1.8 Commercial software for Geotechnical FEM computations 1.9 Key Takeaways of Chapter 1 & What’s next Chapter 2: Introduction to PLAXIS 2D 2.1 PLAXIS ? An introduction 2.2 Key strengths of PLAXIS 2.3 Implementation of FEM in PLAXIS 2.4 A look at the PLAXIS GUI 2.5 PLAXIS Input and Output Programs 2.6 PLAXIS Input modes ? Soil, Structure, Mesh, Flow conditions, Stage Construction 2.7 Key Takeaways of Chapter 2 & What’s next Chapter 3: Python ? A primer 3.1 Basics of Python 3.2 Python Objects (numbers, strings, lists, dictionaries, tuples, files) 3.3 Flow Control in Python (if, ifelse) 3.4 Loops in Python (while, for) 3.5 Functions in Python 3.6 Python Modules (pandas, matplotlib, openpyxl etc) 3.7 Key Takeaways of Chapter 3 & What’s next Chapter 4: Getting started with Python Remote Scripting API 4.1 PLAXIS command line scripting 4.2 Commands and Objects in PLAXIS 4.3 Command line vs. Python 4.4 Integration of Python into PLAXIS workflow 4.5 Python Remote Scripting Server 4.6 PLAXIS Interactive Python Console ? Jupyter QtConsole 4.7 PLAXIS Python Editor ? SciTE 4.8 Jupyter notebooks for scripting in PLAXIS 4.9 Boilerplate code 4.10 Your first Python script in PLAXIS 4.11 Installing additional Python modules in PLAXIS 4.12 Key Takeaways of Chapter 4 & What’s next Chapter 5: Scripting for model creation in PLAXIS Input 5.1 Common Python commands for model creation 5.2 Creating boreholes, soil layers and model geometry 5.3 Defining and assigning materials 5.4 Adding structures, loads, anchors and other support elements 5.5 Generating mesh 5.6 Setting up boundary conditions 5.7 Sample scripts 5.8 Key Ta...


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Python Scripting in PLAXIS : Automating Geotechnical Analysis and Modelling Workflows (Hardcover)

Chapter 1: Fundamentals of the Finite Element Method 1.1 Introduction 1.2 Concept of Stress and Strain and Sign conventions 1.3 Fundamentals of Constitutive Models 1.4 Principal Stresses & Strains and their transformation 1.5 Problem Domain Discretization 1.6 Mesh Elements and Shape Functions 1.7 Solution of the Differential Equation (Workflow of an FEM analysis) 1.8 Commercial software for Geotechnical FEM computations 1.9 Key Takeaways of Chapter 1 & What’s next Chapter 2: Introduction to PLAXIS 2D 2.1 PLAXIS ? An introduction 2.2 Key strengths of PLAXIS 2.3 Implementation of FEM in PLAXIS 2.4 A look at the PLAXIS GUI 2.5 PLAXIS Input and Output Programs 2.6 PLAXIS Input modes ? Soil, Structure, Mesh, Flow conditions, Stage Construction 2.7 Key Takeaways of Chapter 2 & What’s next Chapter 3: Python ? A primer 3.1 Basics of Python 3.2 Python Objects (numbers, strings, lists, dictionaries, tuples, files) 3.3 Flow Control in Python (if, ifelse) 3.4 Loops in Python (while, for) 3.5 Functions in Python 3.6 Python Modules (pandas, matplotlib, openpyxl etc) 3.7 Key Takeaways of Chapter 3 & What’s next Chapter 4: Getting started with Python Remote Scripting API 4.1 PLAXIS command line scripting 4.2 Commands and Objects in PLAXIS 4.3 Command line vs. Python 4.4 Integration of Python into PLAXIS workflow 4.5 Python Remote Scripting Server 4.6 PLAXIS Interactive Python Console ? Jupyter QtConsole 4.7 PLAXIS Python Editor ? SciTE 4.8 Jupyter notebooks for scripting in PLAXIS 4.9 Boilerplate code 4.10 Your first Python script in PLAXIS 4.11 Installing additional Python modules in PLAXIS 4.12 Key Takeaways of Chapter 4 & What’s next Chapter 5: Scripting for model creation in PLAXIS Input 5.1 Common Python commands for model creation 5.2 Creating boreholes, soil layers and model geometry 5.3 Defining and assigning materials 5.4 Adding structures, loads, anchors and other support elements 5.5 Generating mesh 5.6 Setting up boundary conditions 5.7 Sample scripts 5.8 Key Ta...


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Mathematics as a Foreign Language (Hardcover)

Covert Communication in the Meta Era : Blending Steganography with Augmented Reality and Artificial Intelligence (Hardcover)

Preface. Author Biographies. List of Abbreviations. List of Tables. List of Figures. Chapter 01: Augmented Reality. Chapter 02: Artificial Intelligence. Chapter 03: Steganography. Chapter 04: Cryptography. Chapter 05: Design of Covert Communication in Meta Era. Chapter 06: Building a Proof-of-Concept. General Conclusion. References.

Philosophy of Science for Scientists (Hardcover, 2, Second 2026)

Logic, Semantics, and Algebraic Methods: Essays in Honor of Marcelo Esteban Coniglio (Hardcover)

Set Theory : A First Course (Paperback, 2 Revised edition)

A Primer on Post-Quantum Cryptography (Hardcover, 1)

1. Introduction to Cryptography and Security? 2. Mathematical Preliminaries? 3. Introduction to Quantum Computing and Post-quantum Cryptography? 4. Hash-Based Signature Schemes? 5. An Introduction to Linear Error-Correcting Codes? 6. Code-Based Cryptography? 7. Lattices and the LLL Algorithm? 8. Lattice-Based Cryptography 9. Multivariate Cryptography?

Studia Logica: A History of the Journal (Hardcover)

Mathematics Starts Here: A Guided Introduction to the Fundamental Ideas (Hardcover)

Logic: Lecture Notes for Philosophy, Mathematics, and Computer Science (Hardcover, 2, Second 2026)

Exploring Negation, Modality and Proof: 6th Asian Workshop on Philosophical Logic (Hardcover)

Dynamic Logic. New Trends and Applications: 6th International Workshop, Dal?2025, Xi'an, China, October 20-21, 2025, Revised Selected Papers (Paperback)

Formal Proofs in Elementary Set Theory: Rules of Logic for Formal Proofs in Zermelo Set Theory (Paperback)

Subquasivariety Lattices in Languages with Equality (Paperback)

The Pythagorean Theorem in 365 Proofs: Exploring the Nature of Mathematical Proof and the Cultural Legacy of the World's Most Famous Theorem (Paperback)

Math Made Clear: From the Basics to Calculus: 240 Key Topics Explained on a Single Page Each (Paperback)

The Legacy of A.V. Kuznetsov in Logic, Algebra and the Foundations of Mathematics (Hardcover)

USA Today Super Sudoku 2027 Day-To-Day Calendar (Daily)

Improving Security and Energy Efficiency in IoT Networks : A Practical Guide (Hardcover)

Chapter 1: Introduction includes subtopics 1.1 Opening Insights, 1.2 Knowledge Outcomes, 1.3 Research Methodology for Investigation, 1.4 Contributions and the Structure of This Book, 1.5 Summary, 1.6 Key Terms, 1.7 Review Questions, and 1.8 Mini Projects. Chapter 2: Internet of Things Cross-Layer Approaches covers 2.1 Introduction, 2.2 Secure and Energy-Efficient Layered IoT Networks, 2.3 A Review of Literature on Cross-Layer IoT Networks, 2.4 Cross-Layer IoT Framework, 2.5 Energy Effectiveness and Security Measures of IoT Networks, 2.6 Autonomous Cross-Layer Framework for IoT Network, 2.7 Research Issues, 2.8 Enhancing Cross-Layer IoT Security and Efficiency Design, 2.9 Summary, 2.10 Key Terms, 2.11 Review Questions, and 2.12 Mini Projects. Chapter 3: Internet of Things Layered Architecture includes 3.1 Introduction, 3.2 Integration of Emerging Technologies in Cross-Layer Frameworks, 3.3 Methodological Approaches for Cross-Layer Optimization, 3.4 Cross-Layer Solutions in Smart Cities and Healthcare, 3.5 Performance Metrics and Evaluation Techniques, 3.6 IoT Layered Architecture, 3.7 Quality Standards and Trustworthiness, 3.8 Industrial Internet of Things (IIoT), 3.9 MAC-Routing, 3.10 Energy-Efficient Cross-Layer Design, 3.11 Key Strategies and Trends, 3.12 Summary, 3.13 Key Terms, 3.14 Review Questions, and 3.15 Mini Projects. Chapter 4: Research Design and Methodology includes 4.1 Learning Objectives, 4.2 Introduction, 4.3 Cross-Layer Architecture Design, 4.4 Simulation Environment and Tools, 4.5 Performance Evaluation Metrics, 4.6 Machine Learning Integration, 4.7 Comparative Analysis and Validation, 4.8 Mathematical Models and Proofs, 4.9 Summary, 4.10 Key Terms, 4.11 Review Questions, and 4.12 Mini Projects. Chapter 5: Proposed Cross-Layer Framework includes 5.1 Introduction, 5.2 Energy-Aware IoT Security Frameworks, 5.3 Cross-Layer Data Flow and Routing Protocols for IoT Efficiency, 5.4 Proposed Cross-Layer Framework, 5.5 Results and Discussion, 5.6 Summ...


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