deterministic

简明释义

英[dɪˌtɜːmɪˈnɪstɪk]美[dɪˌtɜːrmɪˈnɪstɪk]

adj. 确定性的；命运注定论的

英英释义

单词用法

同义词

反义词

例句

1.How does it support deterministic finalization?

它是如何实现确定性终结的。

2.However, such deterministic arguments fail to acknowledge that local environmental variability in the Southwest makes generalizing about that environment difficult.

然而，这种决定性的论点没有承认，在西南地区的地方环境的变化使得对该环境进行概括是困难的。

3.RT applications must be able to respond to real-world stimuli within deterministic time intervals.

RT应用程序必须能够响应具有确定时间间隔的实际刺激。

4.Although AOT code enables more-deterministic performance, it also has some disadvantages.

尽管AOT代码能够产生更确定的性能，它同样具有一些缺点。

5.For real time, the response time should be deterministic and operate within a known worst-case time.

对于实时性要求，响应时间应是确定的并应当在已知的最坏情况的时间内完成。

6.Suppose that Mark and Bill live in a deterministic universe.

假设张三和李四生活在一个宿命式的世界里。

7.Deterministic function calls can be extracted from the WHERE clause to avoid unnecessary table scan.

可以从WHERE子句中提取确定性函数调用，避免不必要的表扫描。

8.Specifying the access level, deterministic, external action attributes of the procedure.

指定过程的访问级别、确定性、外部动作属性。

9.From the vantage point of the present, it may seem that technologies are deterministic.

从目前的有利情况，看起来技术好像是确定的。

10.In a deterministic system, the outcome is always predictable based on the initial conditions.

在一个确定性的系统中，结果总是基于初始条件可预测的。

11.The algorithm is deterministic, meaning it will produce the same output for the same input every time.

这个算法是确定性的，这意味着它每次对于相同的输入都会产生相同的输出。

12.In physics, many laws are deterministic, allowing scientists to predict future events accurately.

在物理学中，许多定律是确定性的，允许科学家准确预测未来事件。

13.A deterministic model in economics can help forecast market trends based on historical data.

经济学中的一个确定性模型可以帮助根据历史数据预测市场趋势。

14.The software runs on a deterministic process that ensures consistent results with each execution.

该软件运行在一个确定性的过程中，确保每次执行都能得到一致的结果。

作文

In the realm of science and philosophy, the concept of being deterministic (决定论的) plays a significant role in how we understand the universe and our place within it. At its core, deterministic refers to the idea that every event or state is determined by preceding events in accordance with the laws of nature. This principle suggests that if we had complete knowledge of the current state of the universe, we would be able to predict all future states with absolute certainty. The implications of deterministic thinking are profound. For one, it raises questions about free will and moral responsibility. If our actions are predetermined by a chain of prior events, can we truly be held accountable for our choices? This philosophical dilemma has been debated for centuries, with various thinkers taking different stances. Some argue that even within a deterministic framework, humans possess a form of autonomy that allows them to make meaningful choices. Others maintain that true freedom cannot exist in a world governed by strict causality. In the field of physics, the debate around deterministic models versus probabilistic ones has gained traction, particularly with the advent of quantum mechanics. Classical physics, which operates under deterministic principles, asserts that the universe is predictable. However, quantum mechanics introduces an element of randomness, suggesting that at a fundamental level, certain aspects of reality may not be entirely deterministic. This has led to new interpretations of reality, where uncertainty becomes a critical factor. Moreover, the implications of deterministic models extend beyond philosophy and physics into everyday life. For instance, in computer science, algorithms often rely on deterministic processes to function correctly. A deterministic algorithm produces the same output given the same input, which is essential for tasks ranging from data sorting to complex computations. This reliability is crucial in fields such as cryptography, where predictability can mean the difference between security and vulnerability. In contrast, non-deterministic algorithms, which may yield different outputs for the same input, introduce an element of unpredictability. While this can be advantageous in some scenarios, such as optimization problems where exploring multiple solutions is beneficial, it also complicates the understanding of outcomes and can lead to challenges in debugging and testing. As we navigate through life, the notion of deterministic systems can offer comfort in the belief that there are underlying rules governing our experiences. It allows us to seek patterns and understand causality, which is fundamental to learning and growth. However, embracing the complexity of both deterministic and non-deterministic elements can enrich our understanding of the world. It encourages us to appreciate the nuances of existence, where certainty and uncertainty coexist. In conclusion, the concept of deterministic (决定论的) systems permeates various domains, influencing our philosophical inquiries, scientific explorations, and technological advancements. By grappling with what it means for something to be deterministic, we delve deeper into the fabric of reality itself, challenging our perceptions and assumptions about control, prediction, and the nature of existence. As we continue to explore these themes, we find that the interplay between deterministic and non-deterministic factors shapes not only our understanding of the universe but also our experiences within it.

在科学和哲学领域，deterministic（决定论的）这一概念在我们理解宇宙及其在其中的位置时扮演着重要角色。deterministic 的核心意思是每一个事件或状态都由前面的事件根据自然法则决定。这一原则表明，如果我们对宇宙当前状态有完全的了解，我们就能够以绝对的确定性预测所有未来状态。 deterministic 思维的含义深远。首先，它引发了关于自由意志和道德责任的问题。如果我们的行为被一系列先前事件所预定，那么我们是否真的能对自己的选择负责？这个哲学难题已经争论了几个世纪，各种思想家采取了不同的立场。有些人认为，即使在deterministic 框架内，人类也拥有某种形式的自主权，使他们能够做出有意义的选择。另一些人则坚持认为，在一个由严格因果关系支配的世界中，真正的自由是无法存在的。 在物理学领域，关于deterministic 模型与概率模型的辩论日益受到关注，特别是在量子力学出现之后。经典物理学遵循deterministic 原则，主张宇宙是可预测的。然而，量子力学引入了随机性，暗示在基本层面上，现实的某些方面可能并非完全deterministic。这导致了对现实的新解释，其中不确定性成为关键因素。 此外，deterministic 模型的含义超越了哲学和物理学，延伸到日常生活中。例如，在计算机科学中，算法通常依赖于deterministic 过程才能正常运行。一个deterministic 算法在给定相同输入时产生相同输出，这对于从数据排序到复杂计算的任务至关重要。这种可靠性在密码学等领域尤其重要，在这些领域，预测性可能意味着安全与脆弱之间的差异。 相比之下，非deterministic 算法可能会为相同的输入产生不同的输出，引入了一种不可预测的元素。虽然在某些情况下，例如优化问题中探索多个解决方案是有利的，但它也使结果的理解变得复杂，并可能导致调试和测试中的挑战。 当我们在生活中航行时，deterministic 系统的概念可以在相信有基本规则支配我们的经历时提供安慰。它让我们寻求模式并理解因果关系，这是学习和成长的基础。然而，接受deterministic 和非deterministic 元素之间的复杂性可以丰富我们对世界的理解。它鼓励我们欣赏存在的细微差别，在这里，确定性和不确定性共存。 总之，deterministic（决定论的）系统的概念渗透到各个领域，影响着我们的哲学探讨、科学探索和技术进步。通过探讨某事为何是deterministic，我们更深入地探讨现实的本质，挑战我们对控制、预测和存在本质的看法。随着我们继续探索这些主题，我们发现deterministic 和非deterministic 因素之间的相互作用不仅塑造了我们对宇宙的理解，也塑造了我们在其中的体验。