binary decision

简明释义

双择判决

英英释义

例句

1.In a job interview, the panel made a binary decision (二元决策) to hire the candidate based on their qualifications.

在一次工作面试中，评审小组根据候选人的资格做出了一个binary decision (二元决策)，决定雇佣该候选人。

2.During the emergency meeting, the leadership team faced a binary decision (二元决策) to either evacuate the building or stay put.

在紧急会议期间，领导团队面临一个binary decision (二元决策)，是撤离建筑还是留在原地。

3.The marketing team had to make a binary decision (二元决策) about launching the product this quarter or delaying it until next year.

市场团队必须就本季度是否推出产品或推迟到明年做出一个binary decision (二元决策)。

4.When voting on the new policy, the board members were required to make a binary decision (二元决策): yes or no.

在投票新政策时，董事会成员必须做出一个binary decision (二元决策)：是或否。

5.The software development team faced a binary decision (二元决策) on whether to use an existing framework or build a new one from scratch.

软件开发团队面临一个binary decision (二元决策)，即是使用现有框架还是从头开始构建一个新的框架。

作文

In our daily lives, we are often faced with choices that require us to make a decision. Some decisions are straightforward, while others can be quite complex. One type of decision that we encounter frequently is what is known as a binary decision. A binary decision refers to a choice between two distinct options, where each option represents a clear and mutually exclusive outcome. For instance, when deciding whether to go for a walk or stay indoors, one must choose between these two alternatives. This simplicity makes binary decisions easier to analyze and understand compared to more complicated decisions that involve multiple factors and potential outcomes.The concept of binary decision extends beyond personal choices; it is also prevalent in various fields such as business, technology, and even philosophy. In the realm of business, companies often face binary decisions regarding investments, product launches, or market entry strategies. For example, a company may need to decide whether to invest in a new product line or discontinue an existing one. Each option presents its own set of risks and rewards, and the clarity of having only two choices can streamline the decision-making process.In technology, algorithms often rely on binary decisions to function effectively. For instance, in machine learning, a model might classify data into two categories: spam or not spam. This classification is a direct application of binary decision making, where the model evaluates features of the data and determines which category it belongs to. The efficiency of binary decisions in computational processes highlights their importance in developing effective algorithms and systems.Philosophically, binary decisions can also lead to interesting discussions about morality and ethics. When faced with a moral dilemma, individuals may find themselves needing to choose between two opposing actions, such as telling the truth or lying to protect someone's feelings. These binary decisions often provoke deep reflection and debate, as the consequences of each choice can significantly impact one's values and beliefs.However, while binary decisions offer simplicity, they can also be limiting. Life is rarely black and white, and many situations require a more nuanced approach. For instance, when choosing a career path, one might feel pressured to select between two job offers without considering other possibilities, such as pursuing further education or exploring freelance opportunities. In such cases, adhering strictly to binary decisions may overlook valuable options that lie in between.In conclusion, binary decisions play a crucial role in both our personal and professional lives. They simplify the decision-making process by providing clear options, making it easier to evaluate the potential outcomes of each choice. However, it is essential to recognize the limitations of viewing decisions in a binary fashion. Embracing a broader perspective can lead to more informed and satisfying choices. Ultimately, understanding when to apply binary decisions and when to explore a wider range of possibilities is key to effective decision-making in any context.

在我们的日常生活中，我们常常面临需要做出决策的选择。有些决策是简单明了的，而其他决策可能相当复杂。我们经常遇到的一种决策类型被称为二元决策。二元决策指的是在两个明确的选项之间做出的选择，每个选项代表一个清晰且相互排斥的结果。例如，当决定是去散步还是待在室内时，必须在这两个替代方案之间进行选择。这种简单性使得二元决策比涉及多个因素和潜在结果的复杂决策更容易分析和理解。二元决策的概念超越了个人选择；它在商业、技术甚至哲学等多个领域也很普遍。在商业领域，公司常常面临关于投资、产品发布或市场进入策略的二元决策。例如，一家公司可能需要决定是投资于新的产品线还是停止现有产品。每个选项都有其自身的一系列风险和回报，而仅有两个选择的清晰性可以简化决策过程。在技术领域，算法通常依赖于二元决策来有效运作。例如，在机器学习中，模型可能将数据分类为两类：垃圾邮件或非垃圾邮件。这种分类是二元决策的直接应用，模型评估数据的特征并确定其属于哪个类别。二元决策在计算过程中的高效性突显了它们在开发有效算法和系统中的重要性。在哲学上，二元决策也可以引发关于道德和伦理的有趣讨论。当面临道德困境时，个人可能发现自己需要在两个对立的行动之间做出选择，例如说真话或撒谎以保护某人的感情。这些二元决策常常引发深刻的反思和辩论，因为每个选择的后果可能对一个人的价值观和信仰产生重大影响。然而，虽然二元决策提供了简单性，但它们也可能是有限的。生活很少是黑白分明的，许多情况需要更细致的方法。例如，在选择职业道路时，可能会感到被迫在两个工作机会之间选择，而没有考虑其他可能性，比如追求进一步的教育或探索自由职业的机会。在这种情况下，严格遵循二元决策可能会忽视介于两者之间的有价值的选项。总之，二元决策在我们个人和职业生活中发挥着至关重要的作用。它们通过提供清晰的选项简化了决策过程，使评估每个选择的潜在结果变得更加容易。然而，认识到以二元方式看待决策的局限性也是至关重要的。接受更广泛的视角可以导致更明智和令人满意的选择。最终，理解何时应用二元决策以及何时探索更广泛的可能性是任何背景下有效决策的关键。