C++ ALGORITHMIC TRADING WORKSHOP FOR DATA STRUCTURES, BACKTESTING, AND EXECUTION ENGINES 60 High-Frequency Challenges [#990875]

Free Download C++ ALGORITHMIC TRADING WORKSHOP FOR DATA STRUCTURES, BACKTESTING, AND EXECUTION ENGINES : 60 High-Frequency Challenges for Finance
English | October 1, 2025 | ASIN: B0FTL97Z4V | 521 pages | Epub | 331.75 KB
Master the Art of High-Frequency Trading with C++: Build Lightning-Fast Systems That Dominate the Markets! In the relentless arena of financial markets, where split-second decisions translate to massive gains or losses, mastering algorithmic trading demands speed, precision, and unbreakable code. C++ Algorithmic Trading Workshop for Data Structures, Backtesting, and Execution Engines: 60 High-Frequency Challenges for Finance by Bush Rever is your ultimate hands-on blueprint to engineering elite trading platforms using C++-the gold standard for low-latency, high-performance applications. Whether you're a quant developer, financial engineer, or aspiring trader, this workshop empowers you to create robust systems that handle massive data streams, simulate strategies with pinpoint accuracy, and execute trades at warp speed. This first-edition powerhouse (2025) delivers a structured, project-driven approach across four essential parts, blending theory with 60 rigorous high-frequency challenges tailored for real-world finance scenarios like arbitrage, market making, and quantitative strategies. Dive into practical exercises with complete code snippets, optimizations, and debugging tips, ensuring you build production-ready tools from scratch-no prior trading experience required, just solid C++ fundamentals. Unlock the core elements of algorithmic trading mastery: Foundations (Part I) : Grasp the essentials of algorithmic trading, leverage C++ for ultra-high performance (multithreading, memory management, and optimizations), and integrate financial data sources like market feeds, APIs, and historical datasets. Data Structures for Trading Systems (Part II) : Explore core structures (arrays, queues, heaps) and advanced ones (trees, graphs, hash maps), plus custom designs optimized for finance-think order books, tick data storage, and efficient matching engines. Backtesting Trading Strategies (Part III) : Learn to develop, optimize, and realistically simulate strategies with slippage, transaction costs, and multi-asset backtesting; tackle challenges in vectorized computations, Monte Carlo simulations, and performance metrics like Sharpe ratio. Execution Engines (Part IV) : Build low-latency execution frameworks, implement risk management (position limits, volatility controls), and monitor live systems for compliance and error handling in high-stakes environments. With appendices on C++ best practices, third-party libraries (e.g., Boost, QuantLib), and deployment to cloud/HPC setups, this book bridges academic concepts with Wall Street realities. Perfect for self-learners, bootcamps, or professional upskilling-gain the edge in fintech, hedge funds, or proprietary trading.