The Driving Engine of Quantitative Trading Strategy Based on Event Processing

Wei Ye Shi, Hong Xing Xu
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Abstract

The event-based quantitative trading system can avoid human subjective judgment errors in the stock and futures trading markets, and the development of quantitative trading strategies based on "high probability" events in history can obtain ideal returns. It is essentially a discrete event processing system. It uses a computer to simulate and process random events with high probability. The core of the quantitative trading system is its engine part driven by transaction data. These transaction data can be regarded as a series of discrete events. This article summarizes and introduces the strategy-driven engine part of the quantitative trading system based on the open source quantitative trading framework VNPY as an example. It mainly includes a real trading operation engine module and a strategy backtesting module. The real trading engine links the trading market to obtain real-time data and uses quantitative strategies for trading; the backtest module runs to test trading strategies and optimizes the strategy parameters.
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基于事件处理的量化交易策略驱动引擎
基于事件的量化交易系统可以避免人类在股票和期货交易市场中的主观判断错误,并且基于历史上“大概率”事件制定量化交易策略可以获得理想的收益。它本质上是一个离散事件处理系统。它使用计算机模拟和处理具有高概率的随机事件。量化交易系统的核心是由交易数据驱动的引擎部分。这些事务数据可以看作是一系列离散的事件。本文以开源量化交易框架VNPY为例,对量化交易系统中的策略驱动引擎部分进行了总结和介绍。主要包括实盘操作引擎模块和策略回测模块。真实交易引擎链接交易市场获取实时数据,采用量化策略进行交易;backtest模块运行,测试交易策略,优化策略参数。
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