quine

简明释义

英[/kwaɪn/]美[/kwaɪn/]

奎因

n. （Quine）人名；（法）基纳；（英）奎因

英英释义

单词用法

同义词

反义词

例句

1.educing names to [a final presentation] format requires hand-tuning, as when the middle name "O'Flynn" reduces to "O'F.", or knowing that "Willard van Orman Quine" is properly "Quine, W.V.O."

将姓名缩写成[最终表示的]格式需要手工调整，比如中间名“O'Flynn”缩写为“O'F.”，或者知道“WillardvanOrmanQuine”是“Quine,W.V.O.”的完整形式。

2.Quine: the body-mind problem that confronted the dualist was the problem of how mind and body could interact, and how such interaction could be reconciled with physical determinism.

二元论者面对的心与物的问题，是心灵与物体如何互相作用的问题，以及这种相互作用又怎么能与物理决定论和谐一致的问题。

3.For W. V. O. Quine, however, this constitutes an overly "narrow" conception of empiricism.

然而，对 W.V.O.奎因来说，这构成了一个过于“狭窄”的经验主义概念。

4.O. Quine, however, this constitutes an overly "narrow" conception of empiricism.

奎因来说，这是一种过于狭隘的经验论概念。

5.Quine of the above criticism is profound and strong, and it stirred up strong reactions and extensive discussion.

奎因的上述诘难是深刻而强有力的，它激起了及其强烈的反响和广泛的讨论。

6.Quine 's logical pragmatism chiefly include: inseparable knowledge, ontological commitments, etc.

奎因的逻辑实用主义学说主要有知识整体论、本体论承诺等内容。

7.Knowing me as Van, people reasonably construe my surname as "Van Quine."

由于大家都知道我叫范，所以人们合理地推测我的姓是范·奎因。

8.Writing a quine 自我复制程序 can be a fun challenge for programmers.

编写一个quine 自我复制程序 对程序员来说是一个有趣的挑战。

9.He created a complex quine 自我复制程序 that includes comments and formatting.

他创建了一个复杂的quine 自我复制程序，包括注释和格式化。

10.The programmer wrote a simple quine 自我复制程序 that outputs its own source code.

程序员写了一个简单的quine 自我复制程序，它输出自己的源代码。

11.Learning how to write a quine 自我复制程序 can improve your coding skills.

学习如何编写一个quine 自我复制程序 可以提高你的编码技能。

12.In computer science, a quine 自我复制程序 is a fascinating concept that demonstrates recursion.

在计算机科学中，quine 自我复制程序 是一个引人入胜的概念，展示了递归的特性。

作文

In the realm of computer science, the term quine refers to a unique type of program that is able to produce a copy of its own source code as its only output. This fascinating concept was named after the philosopher Willard Van Orman Quine, who explored self-reference and recursion in his work. The creation of a quine program is often regarded as a fun and challenging exercise for programmers, as it requires a deep understanding of how programming languages interpret and execute code.To illustrate the concept, let’s consider a simple example of a quine. In Python, one might write a program that prints its own source code by carefully structuring the strings and using escape characters. The beauty of a quine lies not only in its ability to replicate itself but also in the elegance of its design. It showcases the interplay between logic and creativity in programming.The study of quines can lead to discussions about self-replicating systems, which have implications beyond just programming. For instance, in biology, the concept of self-replication is crucial for understanding how organisms reproduce. Similarly, in the field of artificial intelligence, the ability for a machine to understand and replicate its own code can lead to advancements in machine learning and autonomous systems.Moreover, quines serve as an excellent educational tool. They challenge students to think critically about the structure of their code and to grasp the underlying principles of programming languages. By creating a quine, learners can gain insights into concepts such as string manipulation, recursion, and the nature of computation itself.In addition to their educational value, quines are often celebrated in programming communities for their novelty and creativity. Competitions and challenges centered around creating the shortest or most complex quine can spark innovation and inspire programmers to push the boundaries of what is possible with code. These challenges encourage collaboration and sharing of ideas, fostering a sense of community among developers.It is worth noting that while quines are primarily a theoretical construct, they also have practical applications. For example, they can be used in the context of software testing, where a program needs to ensure that its code has not been altered or corrupted. By generating a copy of its own source code, a quine can help verify the integrity of the software.In conclusion, the concept of a quine is a captivating intersection of philosophy and computer science. It invites us to ponder questions of identity, replication, and the nature of existence within the digital realm. As we continue to explore the depths of programming, quines remind us of the creativity and complexity inherent in the act of coding. Whether you are a seasoned programmer or a curious beginner, experimenting with quines can deepen your appreciation for the art and science of programming, opening new avenues for exploration and understanding in the world of technology.

在计算机科学领域，术语quine指的是一种独特的程序，它能够将自己的源代码作为唯一输出。这个迷人的概念是以哲学家威拉德·范·奥曼·奎因（Willard Van Orman Quine）的名字命名的，他在其作品中探讨了自我引用和递归。创建一个quine程序通常被视为程序员的一项有趣且具有挑战性的练习，因为它需要深入理解编程语言如何解释和执行代码。为了说明这一概念，我们考虑一个简单的quine示例。在Python中，可以编写一个程序，通过仔细构造字符串并使用转义字符来打印其自身的源代码。quine的美在于它不仅能够自我复制，还在于其设计的优雅性。它展示了编程中逻辑与创造力之间的相互作用。对quine的研究可以引发关于自我复制系统的讨论，这在编程之外也有重要意义。例如，在生物学中，自我复制的概念对于理解生物体如何繁殖至关重要。同样，在人工智能领域，机器理解和复制自身代码的能力可以推动机器学习和自主系统的发展。此外，quine作为优秀的教育工具，挑战学生深入思考代码结构，并掌握编程语言的基本原理。通过创建quine，学习者可以获得关于字符串操作、递归和计算本质等概念的深入见解。除了教育价值，quine在编程社区中因其新颖性和创造性而受到赞扬。围绕创建最短或最复杂的quine的竞赛和挑战可以激发创新，鼓励程序员突破代码的可能性界限。这些挑战促进了合作和思想分享，增强了开发者之间的社区感。值得注意的是，虽然quine主要是一个理论构造，但它们也有实际应用。例如，它们可以用于软件测试的上下文中，其中程序需要确保其代码没有被更改或损坏。通过生成自身源代码的副本，quine可以帮助验证软件的完整性。总之，quine的概念是哲学与计算机科学的迷人交汇。它邀请我们思考数字领域中身份、自我复制和存在的本质问题。随着我们继续探索编程的深度，quine提醒我们编码行为中固有的创造力和复杂性。无论你是经验丰富的程序员还是好奇的初学者，尝试quine都能加深你对编程艺术和科学的欣赏，为探索和理解技术世界开辟新的途径。