lower stack

简明释义

甲板下烟道下层烟囱下层烟筒

英英释义

例句

1.To improve efficiency, we need to reorganize the lower stack of inventory.

为了提高效率，我们需要重新整理库存的lower stack。

2.During the maintenance check, we found issues in the lower stack that needed immediate attention.

在维护检查中，我们发现lower stack存在需要立即处理的问题。

3.The technician instructed us to check the lower stack for any signs of damage.

技术员指示我们检查lower stack以查看是否有损坏的迹象。

4.In the printing process, make sure the paper is fed from the lower stack to avoid jams.

在打印过程中，确保纸张从lower stack进纸，以避免卡纸。

5.The server's performance can be affected if the lower stack is overloaded.

如果lower stack超载，服务器的性能可能会受到影响。

作文

In the world of data structures and computer science, the term lower stack refers to a specific part of a stack data structure that operates on the principle of Last In, First Out (LIFO). Understanding how stacks function is crucial for programmers and software developers, as they are commonly used in various applications, such as managing function calls, undo mechanisms in software, and even in parsing expressions. The lower stack can be thought of as the foundational layer where elements are added or removed from the top, while the lower levels hold the older elements that were pushed onto the stack before. When we consider the functionality of a stack, it is essential to recognize the significance of its lower stack. For instance, when a function is called in a program, a new frame is created and pushed onto the stack. This frame contains information about the function's parameters, local variables, and the return address. As more functions are called, new frames keep getting pushed onto the stack, effectively creating a series of layers where the most recent function call resides at the top. The lower stack, therefore, holds the previous function calls and their respective data, which are essential for the program to execute correctly and return control to the right location after a function completes its execution.Moreover, the concept of the lower stack can also be applied metaphorically in various aspects of life. For example, one might think of their personal experiences as a stack of memories, where new experiences are added on top, and older memories lie beneath. Just like in a programming stack, the most recent experiences often shape our current decisions and actions, while the lower stack of past experiences provides context and wisdom that guide us. This analogy emphasizes the importance of reflecting on our past, as it forms the foundation upon which our present is built.In addition to its technical and metaphorical implications, the lower stack also highlights the importance of organization and management in both programming and daily life. Just as a programmer must efficiently manage the stack to avoid issues like stack overflow or memory leaks, individuals must also manage their time and resources effectively. Prioritizing tasks and responsibilities can be likened to maintaining a well-structured stack; by ensuring that the most important tasks are addressed first, we can prevent chaos and maintain productivity.In conclusion, the term lower stack encompasses not only a fundamental concept within computer science but also serves as a valuable metaphor for understanding our experiences and the importance of organization in our lives. By recognizing the role of the lower stack in programming, we can appreciate the intricate workings of software development and apply similar principles to enhance our personal effectiveness. Ultimately, whether in coding or in life, acknowledging the foundation provided by the lower stack allows us to build upon our knowledge and experiences, leading to greater success and fulfillment in our endeavors.

在数据结构和计算机科学的世界中，术语lower stack指的是一个栈数据结构的特定部分，该结构基于后进先出（LIFO）的原则。理解栈的功能对于程序员和软件开发人员至关重要，因为它们在各种应用中被广泛使用，如管理函数调用、软件中的撤销机制，甚至在解析表达式中。lower stack可以被视为基础层，其中元素从顶部添加或移除，而下层则保留了之前推入栈的旧元素。当我们考虑栈的功能时，必须认识到其lower stack的重要性。例如，当程序中调用一个函数时，会创建一个新的帧并将其推入栈中。这个帧包含有关函数参数、本地变量和返回地址的信息。随着更多函数的调用，新的帧不断被推入栈，实际上形成了一系列层，其中最近的函数调用位于顶部。因此，lower stack保存着之前的函数调用及其相应的数据，这对于程序的正确执行以及在函数完成执行后将控制权返回到正确位置至关重要。此外，lower stack的概念也可以在生活的各个方面进行隐喻性应用。例如，人们可能会将个人经历视为一堆记忆，其中新的经历被添加到顶部，而较旧的记忆则位于底部。就像在编程栈中一样，最近的经历通常会影响我们当前的决策和行动，而lower stack的过去经历提供了背景和智慧，引导我们。这种类比强调了反思我们过去的重要性，因为它构成了我们现在所建立的基础。除了技术和隐喻的含义外，lower stack还突显了在编程和日常生活中组织和管理的重要性。正如程序员必须有效管理栈以避免堆栈溢出或内存泄漏的问题，个人也必须有效管理他们的时间和资源。优先处理任务和责任可以比作维护一个良好结构的栈；通过确保最重要的任务首先得到解决，我们可以防止混乱并保持生产力。总之，术语lower stack不仅涵盖了计算机科学中的基本概念，还作为理解我们经历的重要性和生活中组织的重要性的宝贵隐喻。通过认识到lower stack在编程中的作用，我们可以欣赏软件开发的复杂运作，并将类似的原则应用于提高我们的个人效率。最终，无论是在编码还是生活中，承认lower stack所提供的基础使我们能够在知识和经验的基础上进行构建，从而在我们的努力中取得更大的成功和满足感。