recursion depth
递归深度
tail recursion
尾递归
direct recursion
直接递归
indirect recursion
间接递归
recursion limit
递归限制
recursion tree
递归树
recursion relation
递归关系
recursion example
递归示例
recursion concept
递归概念
recursion is a fundamental concept in computer science.
递归是计算机科学中的一个基本概念。
in programming, recursion can simplify complex problems.
在编程中，递归可以简化复杂的问题。
many algorithms are designed using recursion.
许多算法是使用递归设计的。
recursion allows functions to call themselves.
递归允许函数调用自身。
understanding recursion is essential for software development.
理解递归对软件开发至关重要。
recursion can lead to elegant solutions in coding.
递归可以在编码中导致优雅的解决方案。
recursion is often used in tree data structures.
递归通常用于树形数据结构。
some problems are best solved with recursion rather than iteration.
某些问题最好用递归而不是迭代来解决。
recursion can consume a lot of memory if not optimized.
如果不进行优化，递归可能会消耗大量内存。
recursion depth
递归深度
tail recursion
尾递归
direct recursion
直接递归
indirect recursion
间接递归
recursion limit
递归限制
recursion tree
递归树
recursion relation
递归关系
recursion example
递归示例
recursion concept
递归概念
recursion is a fundamental concept in computer science.
递归是计算机科学中的一个基本概念。
in programming, recursion can simplify complex problems.
在编程中，递归可以简化复杂的问题。
many algorithms are designed using recursion.
许多算法是使用递归设计的。
recursion allows functions to call themselves.
递归允许函数调用自身。
understanding recursion is essential for software development.
理解递归对软件开发至关重要。
recursion can lead to elegant solutions in coding.
递归可以在编码中导致优雅的解决方案。
recursion is often used in tree data structures.
递归通常用于树形数据结构。
some problems are best solved with recursion rather than iteration.
某些问题最好用递归而不是迭代来解决。
recursion can consume a lot of memory if not optimized.
如果不进行优化，递归可能会消耗大量内存。
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