ALGOL like language

简明释义

1. ALGOL类语言; 2. 类ALGOL语言;

英英释义

例句

1.The design of modern languages often reflects principles found in ALGOL like languages 类似ALGOL的语言, emphasizing readability and maintainability.

现代语言的设计通常反映了在ALGOL like languages 类似ALGOL的语言中发现的原则，强调可读性和可维护性。

2.Many early programming courses introduced students to an ALGOL like language 类似ALGOL的语言 to teach structured programming concepts.

许多早期的编程课程让学生接触一种ALGOL like language 类似ALGOL的语言，以教授结构化编程概念。

3.When developing new software, we sometimes prototype using an ALGOL like language 类似ALGOL的语言 for its clear syntax.

在开发新软件时，我们有时使用ALGOL like language 类似ALGOL的语言进行原型设计，因为它的语法清晰。

4.Some compilers are designed to translate code written in an ALGOL like language 类似ALGOL的语言 into machine code efficiently.

一些编译器被设计为高效地将用ALGOL like language 类似ALGOL的语言编写的代码翻译成机器码。

5.For teaching algorithms, educators prefer an ALGOL like language 类似ALGOL的语言 due to its expressive power.

由于表达能力强，教育工作者更喜欢使用ALGOL like language 类似ALGOL的语言来教授算法。

作文

In the world of computer programming, languages serve as the foundation upon which developers build applications and systems. Among these languages, there exists a category known as ALGOL like language, which refers to programming languages that share characteristics with the original ALGOL (Algorithmic Language). ALGOL was developed in the late 1950s and is considered one of the most influential programming languages in history. It introduced many concepts that are still prevalent in modern programming languages today. Understanding ALGOL like language can provide insights into the evolution of programming and its impact on software development.The significance of ALGOL like language lies in its structured approach to coding. Unlike earlier languages that were more focused on machine-level instructions, ALGOL emphasized a high-level, human-readable syntax. This shift allowed programmers to write code that was easier to understand and maintain. Languages that are categorized as ALGOL like language often inherit this feature, promoting clarity and reducing the likelihood of errors.One of the key contributions of ALGOL like language is the introduction of block structures. In ALGOL, code can be organized into blocks, allowing for better organization and scope management. This concept has been adopted by many subsequent programming languages, such as C, Pascal, and Java. The ability to create blocks of code enhances modularity and reusability, which are essential principles in modern software engineering.Another important aspect of ALGOL like language is its use of formal grammar. ALGOL was one of the first languages to define a clear syntax and semantics, paving the way for the development of compilers and interpreters. This formalization has influenced how programming languages are designed and implemented, ensuring that developers can create robust and efficient software. As a result, many contemporary languages still draw upon the principles established by ALGOL like language.Moreover, the influence of ALGOL like language extends beyond its structural features. It has played a significant role in shaping the way algorithms are expressed. The language's ability to represent complex mathematical concepts in a straightforward manner has made it a favorite among researchers and academics. Many scientific computing languages, such as MATLAB and R, exhibit traits reminiscent of ALGOL like language, allowing users to perform intricate calculations with ease.In conclusion, understanding ALGOL like language is crucial for anyone interested in the history and development of programming languages. Its emphasis on structure, formal grammar, and algorithm representation has left a lasting legacy on the field of computer science. As new languages continue to emerge, the principles established by ALGOL like language remain relevant, demonstrating the enduring impact of this pioneering programming language on the way we code today. By studying ALGOL like language and its descendants, programmers can appreciate the rich history of their craft and the foundational concepts that continue to shape the future of technology.

在计算机编程的世界中，语言是开发人员构建应用程序和系统的基础。在这些语言中，有一个类别被称为ALGOL类语言，它指的是与原始ALGOL（算法语言）具有相似特征的编程语言。ALGOL于20世纪50年代末开发，被认为是历史上最具影响力的编程语言之一。它引入了许多至今仍然存在于现代编程语言中的概念。理解ALGOL类语言可以提供对编程演变及其对软件开发影响的深入见解。ALGOL类语言的重要性在于其结构化的编码方法。与更早期专注于机器级指令的语言不同，ALGOL强调高层次的人类可读语法。这一转变使程序员能够编写更易于理解和维护的代码。被归类为ALGOL类语言的语言通常继承了这一特性，促进了代码的清晰性并减少了错误的可能性。ALGOL类语言的一个关键贡献是引入了块结构。在ALGOL中，代码可以组织成块，从而实现更好的组织和作用域管理。这个概念被许多后续编程语言，如C、Pascal和Java所采用。创建代码块的能力增强了模块化和可重用性，这是现代软件工程中的基本原则。ALGOL类语言的另一个重要方面是其正式语法的使用。ALGOL是第一种定义明确的语法和语义的语言之一，为编译器和解释器的发展铺平了道路。这种形式化影响了编程语言的设计和实现，确保开发人员能够创建稳健和高效的软件。因此，许多现代语言仍然借鉴ALGOL类语言建立的原则。此外，ALGOL类语言的影响超越了其结构特征。它在塑造算法表达方式方面发挥了重要作用。该语言能够以简单直接的方式表示复杂的数学概念，使其成为研究人员和学者的最爱。许多科学计算语言，如MATLAB和R，展现出类似于ALGOL类语言的特征，使用户能够轻松进行复杂的计算。总之，理解ALGOL类语言对于任何对编程语言的历史和发展感兴趣的人来说都是至关重要的。它对结构、正式语法和算法表示的重视在计算机科学领域留下了持久的遗产。随着新语言的不断出现，由ALGOL类语言建立的原则仍然相关，展示了这种开创性编程语言对我们今天编码方式的持久影响。通过研究ALGOL类语言及其后代，程序员可以欣赏到他们工艺的丰富历史以及继续塑造技术未来的基础概念。