In real life, the increased data accessing speed and data storage ability is required by most of the machinery fields. However, the real-world problems can be studied effectively with the combination of scientific computational techniques with the mathematical models. Automata theory is known to be the popular mathematical model. Towards most of the software and hardware related applications, the computational methods are analyzed and designed using significant automata theory concepts (likely, pushdown automata (PDA), Turing machines (TMs) and finite automata (FA)). Hence, the conventional lecture-driven style has attracted the reflective preferences of learners using these abstract natured concepts. But the lecture-driven teaching style has less motivated the computer engineering learners. In order to learn automata theory and computational models, we introduce the PDA and TM in a virtual platform. However, this work has motivated the improvement of longitudinal experimental validation and learning using the modern technology. Java Formal Languages and Automata Package (JFLAP) tool is used to write our simulators in JAVA language and the results are obtained from each machine through simulating the input strings.

中文翻译：

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使用 JFLAP 工具对确定性有限自动机和图灵机进行性能分析

在现实生活中，大多数机械领域都需要提高数据访问速度和数据存储能力。然而，通过将科学计算技术与数学模型相结合，可以有效地研究现实世界的问题。众所周知，自动机理论是流行的数学模型。对于大多数与软件和硬件相关的应用，计算方法是使用重要的自动机理论概念（可能是下推自动机 (PDA)、图灵机 (TM) 和有限自动机 (FA)）来分析和设计的。因此，传统的讲座驱动风格吸引了学习者使用这些抽象性质概念的反思偏好。但是以讲座为导向的教学方式对计算机工程学习者的积极性较低。为了学习自动机理论和计算模型，我们在虚拟平台中引入了PDA和TM。然而，这项工作推动了使用现代技术改进纵向实验验证和学习。Java Formal Languages and Automata Package (JFLAP) 工具用于用 JAVA 语言编写我们的模拟器，并通过模拟输入字符串从每台机器获得结果。