Programming Models (16 results)

Condition: New. In.

Condition: New. In.

Condition: New. In.

Condition: New. In.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. Achieve Reliable Software Development with Contract-Based Programming PrinciplesEnsuring software correctness and reliability is critical in modern development. Contract-Based Programming: Ensuring Correctness and Reliability with Explicit Contracts and Preconditions introduces developers to the powerful paradigm of contract-based programming, where explicit specifications define expected behaviors. By enforcing preconditions, postconditions, and invariants, this method enhances code safety, maintainability, and robustness, reducing costly errors.Master Four Programming Languages with Strong Contract-Based SupportThis book explores four programming languages that provide strong built-in or library-based support for contract-based programming: Ada - Used in safety-critical systems where reliability is paramount.C# - Features Code Contracts for enforcing design-time validation.Java - Implements contract-based principles through annotations and runtime checks.Scala - Supports contracts via functional and object-oriented paradigms.Understanding these languages' implementations helps you write safer, more predictable code that adheres to well-defined constraints.Essential Algorithms and Data Structures for Contract-Based ProgrammingContract-based programming relies on a structured approach to enforcing rules at different stages of execution. This book covers: Precondition/Postcondition Checking Algorithms - Verify input and output constraints dynamically.Invariant Maintenance Algorithms - Ensure system states remain consistent throughout execution.Runtime Verification Algorithms - Monitor contract compliance during runtime to prevent failures.Precondition/Postcondition Validation Trees - Graph-based structures to validate dependencies and constraints.State Transition Trees - Model state changes to track contract fulfillment over time.These algorithms and structures allow programmers to detect and resolve potential issues before they become critical failures.Improve Software Quality with Real-World ApplicationsFrom enterprise systems to mission-critical software, contract-based programming is widely used to reduce bugs, enhance debugging, and improve maintainability. Whether you're working in financial technology, cybersecurity, embedded systems, or scalable applications, this book provides real-world case studies and hands-on implementations to help you integrate contract-based programming into your workflow.Write Safer, More Reliable Code-Get Your Copy Now!If you're looking to build error-free, high-quality software, this book is your ultimate resource. Learn how to apply contract-based programming to improve software reliability, enforce correctness, and minimize unexpected failures. Get your copy now and start writing more robust applications! This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Condition: new. Paperback. Master Complex Problem-Solving with Powerful Constraint-Based Programming TechniquesIn a world filled with intricate computational challenges, constraint-based programming offers a structured approach to solving problems by defining rules and conditions rather than step-by-step instructions. Constraint-Based Programming: Solving Complex Problems through Declarative Constraints and Optimization Techniques equips developers, researchers, and engineers with the knowledge to harness this declarative paradigm for optimization, scheduling, planning, and artificial intelligence applications.Explore Three Programming Languages with Strong Constraint-Based SupportThis book provides an in-depth exploration of three programming languages that excel in constraint-based programming: Ada - Used in real-time systems and safety-critical applications requiring precise constraints.Java - Widely adopted for AI, optimization, and decision-support systems.MathCAD - A powerful tool for mathematical modeling and engineering applications.By understanding how these languages implement constraints, you can develop more efficient and scalable solutions to complex problems.Unlock Essential Algorithms and Data Structures for Constraint SolvingConstraint-based programming relies on specialized algorithms and data structures to efficiently explore solutions: Constraint Satisfaction Problem (CSP) Algorithms - Solve decision problems by enforcing conditions on variable assignments.Arc-Consistency Algorithms (AC-3) - Prune search spaces by eliminating inconsistent values early.Backtracking with Constraint Propagation - Combine backtracking with inference to accelerate problem-solving.Backtracking Trees - Visualize and optimize search paths to find optimal solutions.These algorithms and structures allow for efficient problem-solving in applications such as scheduling, resource allocation, and combinatorial optimization.Build Smarter, More Efficient Applications with Practical Use CasesFrom AI-driven decision-making to real-time scheduling, constraint-based programming is used across industries to tackle highly complex problems. This book provides real-world case studies and practical implementations, demonstrating how to model, analyze, and optimize constraints effectively. Whether you're developing business rules, optimizing logistics, or building AI systems, this book serves as an essential resource.Solve Problems Faster and Smarter-Get Your Copy Now!If you're ready to take your problem-solving skills to the next level, Constraint-Based Programming is your ultimate guide. Learn how to leverage constraints, optimize performance, and build intelligent applications. Get your copy now and unlock the potential of declarative constraint-solving! This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. Simplify Code by Focusing on What, Not How, to ComputeDeclarative programming revolutionizes software development by shifting the focus from procedural steps to defining the desired outcomes. Declarative Programming: A High-Level Approach to Simplified Logic and Readability introduces a powerful approach that enhances clarity, maintainability, and efficiency in software design. By eliminating unnecessary control flow complexity, developers can write cleaner, more scalable code across multiple domains.Master Nine Languages for Declarative Programming ExcellenceThis book, though written in Python code examples, explores nine powerful programming languages that emphasize declarative principles: C# & JavaScript - Functional capabilities for scalable web and software development.Elixir & F# - Purely functional paradigms for concurrent and distributed computing.Go & Haskell - Efficiency-driven models with immutability and type safety.MathCAD & Python - Scientific computing and data processing with declarative constructs.XSLT - Transforming structured data using rule-based logic.By understanding these languages, developers can leverage declarative paradigms for efficient software design.Essential Algorithms and Data Structures for Declarative ThinkingDeclarative programming is built upon powerful computational models, including: SAT (Boolean Satisfiability) Algorithms - Solving logical constraints for decision-making.Logic Resolution Algorithms - Automating theorem proving and logical inference.Query Optimization Algorithms - Enhancing performance in databases (e.g., SQL optimizers).Abstract Syntax Trees - Structuring code representations for interpretation and compilation.These core techniques enable efficient computation, logical consistency, and high-level abstraction.Develop Scalable, Maintainable, and Efficient Software with EaseWhether working with functional programming, database queries, or rule-based systems, declarative programming improves modularity and reusability. This book provides real-world examples, practical applications, and expert insights to help developers fully embrace declarative thinking.Transform Your Approach to Software Development Today!Master declarative programming and build concise, scalable, and robust applications by focusing on what matters-outcomes over implementation details. Whether in functional programming, data transformation, or logic-based problem-solving, this book equips you with essential tools and techniques. Get your copy now and start thinking declaratively! This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condition: new. Paperback. Achieve Reliable Software Development with Contract-Based Programming PrinciplesEnsuring software correctness and reliability is critical in modern development. Contract-Based Programming: Ensuring Correctness and Reliability with Explicit Contracts and Preconditions introduces developers to the powerful paradigm of contract-based programming, where explicit specifications define expected behaviors. By enforcing preconditions, postconditions, and invariants, this method enhances code safety, maintainability, and robustness, reducing costly errors.Master Four Programming Languages with Strong Contract-Based SupportThis book explores four programming languages that provide strong built-in or library-based support for contract-based programming: Ada - Used in safety-critical systems where reliability is paramount.C# - Features Code Contracts for enforcing design-time validation.Java - Implements contract-based principles through annotations and runtime checks.Scala - Supports contracts via functional and object-oriented paradigms.Understanding these languages' implementations helps you write safer, more predictable code that adheres to well-defined constraints.Essential Algorithms and Data Structures for Contract-Based ProgrammingContract-based programming relies on a structured approach to enforcing rules at different stages of execution. This book covers: Precondition/Postcondition Checking Algorithms - Verify input and output constraints dynamically.Invariant Maintenance Algorithms - Ensure system states remain consistent throughout execution.Runtime Verification Algorithms - Monitor contract compliance during runtime to prevent failures.Precondition/Postcondition Validation Trees - Graph-based structures to validate dependencies and constraints.State Transition Trees - Model state changes to track contract fulfillment over time.These algorithms and structures allow programmers to detect and resolve potential issues before they become critical failures.Improve Software Quality with Real-World ApplicationsFrom enterprise systems to mission-critical software, contract-based programming is widely used to reduce bugs, enhance debugging, and improve maintainability. Whether you're working in financial technology, cybersecurity, embedded systems, or scalable applications, this book provides real-world case studies and hands-on implementations to help you integrate contract-based programming into your workflow.Write Safer, More Reliable Code-Get Your Copy Now!If you're looking to build error-free, high-quality software, this book is your ultimate resource. Learn how to apply contract-based programming to improve software reliability, enforce correctness, and minimize unexpected failures. Get your copy now and start writing more robust applications! This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condition: new. Paperback. Master Complex Problem-Solving with Powerful Constraint-Based Programming TechniquesIn a world filled with intricate computational challenges, constraint-based programming offers a structured approach to solving problems by defining rules and conditions rather than step-by-step instructions. Constraint-Based Programming: Solving Complex Problems through Declarative Constraints and Optimization Techniques equips developers, researchers, and engineers with the knowledge to harness this declarative paradigm for optimization, scheduling, planning, and artificial intelligence applications.Explore Three Programming Languages with Strong Constraint-Based SupportThis book provides an in-depth exploration of three programming languages that excel in constraint-based programming: Ada - Used in real-time systems and safety-critical applications requiring precise constraints.Java - Widely adopted for AI, optimization, and decision-support systems.MathCAD - A powerful tool for mathematical modeling and engineering applications.By understanding how these languages implement constraints, you can develop more efficient and scalable solutions to complex problems.Unlock Essential Algorithms and Data Structures for Constraint SolvingConstraint-based programming relies on specialized algorithms and data structures to efficiently explore solutions: Constraint Satisfaction Problem (CSP) Algorithms - Solve decision problems by enforcing conditions on variable assignments.Arc-Consistency Algorithms (AC-3) - Prune search spaces by eliminating inconsistent values early.Backtracking with Constraint Propagation - Combine backtracking with inference to accelerate problem-solving.Backtracking Trees - Visualize and optimize search paths to find optimal solutions.These algorithms and structures allow for efficient problem-solving in applications such as scheduling, resource allocation, and combinatorial optimization.Build Smarter, More Efficient Applications with Practical Use CasesFrom AI-driven decision-making to real-time scheduling, constraint-based programming is used across industries to tackle highly complex problems. This book provides real-world case studies and practical implementations, demonstrating how to model, analyze, and optimize constraints effectively. Whether you're developing business rules, optimizing logistics, or building AI systems, this book serves as an essential resource.Solve Problems Faster and Smarter-Get Your Copy Now!If you're ready to take your problem-solving skills to the next level, Constraint-Based Programming is your ultimate guide. Learn how to leverage constraints, optimize performance, and build intelligent applications. Get your copy now and unlock the potential of declarative constraint-solving! This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condition: new. Paperback. Boost Productivity with Custom Languages for Specific Application DomainsIn the modern world of software development, generic programming languages often fall short in addressing domain-specific challenges. Domain-Specific Languages (DSLs): Custom Languages Tailored for Specific Application Domains to Enhance Productivity explores how DSLs optimize workflows, enhance productivity, and reduce complexity by providing tailored solutions for particular industries and applications.Master Eight Powerful Languages Supporting Domain-Specific DevelopmentDSLs are built on top of powerful general-purpose languages that offer strong support for domain-specific programming: Ada & C++ - Safety-critical and high-performance systems requiring precision.C# & Java - Versatile enterprise-grade DSL implementations.Python & Ruby - Rapid scripting and rule-based DSLs.Scala & XSLT - Functional paradigms for transforming data and rule-based programming.By leveraging these languages, developers can design DSLs that fit their specific needs with precision and efficiency.Key Algorithms and Data Structures for DSL DevelopmentBuilding effective and efficient DSLs requires mastering foundational algorithms and data structures: Parsing Algorithms for DSLs - Transforming text into structured representations.Domain-Specific Code Generation Algorithms - Automating optimized output tailored to specific domains.Template Metaprogramming Algorithms - Enabling compile-time DSL code execution.Abstract Syntax Trees (ASTs) - Structuring DSLs for better parsing and analysis.Grammar Trees & Parsing Trees - Ensuring syntactic correctness and efficient execution.These computational techniques empower developers to create robust, scalable, and efficient domain-specific languages for various industries.Streamline Development with DSLs for Maximum Efficiency and PerformanceWhether automating business rules, transforming data, or enhancing system safety, DSLs provide precision, modularity, and performance optimization. This book guides readers through real-world implementations, offering hands-on techniques for building and deploying DSLs across diverse applications.Unleash the Power of DSLs for Targeted Software Solutions!Master domain-specific programming and revolutionize software development by designing highly specialized languages. Whether you're optimizing business workflows, automating software generation, or enhancing data transformation, this book provides expert guidance to streamline and elevate your coding process. Get your copy now and start building powerful DSLs! This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condition: new. Paperback. Master Array Programming for Powerful Data Manipulation and ComputationArray Programming: Efficient Data Manipulation and Computation with Advanced Array Techniques is your gateway to mastering high-performance data manipulation across four powerful programming languages: C++, Julia, MATLAB, and Python. This guide provides the tools you need to understand and leverage array programming, an essential paradigm for scientific computing, data science, and high-performance applications.Unlock Data Efficiency with Array Programming Techniques Across Four LanguagesExplore the unique strengths of C++, Julia, MATLAB, and Python in implementing array programming techniques. Each language brings unique optimizations and tools to manipulate arrays, allowing for more efficient data processing and faster execution times. From MATLAB's ease in matrix operations to Python's accessible libraries, you'll learn how to apply array programming to achieve efficient data handling across a wide range of applications.Master Core Array Algorithms for High-Speed Computation and PrecisionDive into key algorithms and data structures that make array programming a powerful tool. This book covers essential techniques, including Slicing Algorithms for efficient data selection, Broadcast Operations for applying functions across arrays, Vectorized Operations that eliminate looping for better performance, and Sparse Arrays for managing memory in data-dense applications. Through practical examples, learn how each of these algorithms improves both computation speed and precision.Enhance Data Processing with Language-Specific Array Programming ApproachesEach of the four programming languages provides distinct advantages in array programming. Explore Julia's high-performance capabilities, C++'s speed and control, MATLAB's advanced mathematical tools, and Python's intuitive libraries. This guide gives you hands-on techniques in each language to streamline array operations, optimize memory usage, and build scalable, robust data solutions.Build Expertise in Array-Based Computation for Scientific and Data-Driven ApplicationsIdeal for data scientists, engineers, and software developers, this book equips you with the array programming techniques needed for rapid, reliable data computation. Whether you're working in scientific research, data analytics, or machine learning, understanding the array programming paradigm will empower you to process large datasets efficiently and build applications that require high-speed data manipulation. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.