computableness of logic
邏輯的可計算性
high computableness
高可計算性
low computableness
低可計算性
computableness issue
可計算性問題
computableness question
可計算性疑問
computableness level
可計算性層級
computableness theory
可計算性理論
computableness model
可計算性模型
computableness feature
可計算性特徵
computableness aspect
可計算性方面
the notion of computableness is central to theoretical computer science.
可計算性的概念在理論電腦科學中佔有核心地位。
researchers often examine the limits of computableness to understand what algorithms can achieve.
研究人員經常探討可計算性的極限，以了解演算法能達到什麼程度。
the theory of computableness provides a framework for classifying solvable and unsolvable problems.
可計算性理論提供了一個分類可解與不可解問題的框架。
understanding the concept of computableness helps students grasp the foundations of algorithm design.
理解可計算性的概念有助於學生掌握演算法設計的基礎。
the problem of computableness arises when we ask whether a given function can be computed by a machine.
當我們質疑某個函數是否能被機器計算時，就會產生可計算性問題。
in the study of computableness, researchers develop models such as turing machines to formalize computation.
在研究可計算性時，研究人員開發了如圖靈機這樣的模型，以形式化計算。
the analysis of computableness often involves proving that certain problems are inherently uncomputable.
可計算性的分析通常涉及證明某些問題本質上是不可計算的。
a key question in the theory of computableness is whether p equals np, which relates to the efficiency of computableness.
可計算性理論中的一個關鍵問題是P是否等於NP，這與可計算性的效率有關。
the criteria of computableness are used to determine whether a problem can be solved by an algorithm.
可計算性的標準用來判斷一個問題是否能被演算法解決。
when discussing computableness, we often refer to the church–turing thesis as a foundational principle.
當討論可計算性時，我們經常引用邱奇-圖靈論述作為基礎原則。
the measure of computableness can be expressed in terms of time and space complexity for algorithms.
可計算性的衡量標準可以用演算法的時間和空間複雜度來表示。
in practice, the extent of computableness limits what software can realistically achieve on modern hardware.
在實際應用中，可計算性的範圍限制了現代硬體上軟體能實現的實際功能。
computableness of logic
邏輯的可計算性
high computableness
高可計算性
low computableness
低可計算性
computableness issue
可計算性問題
computableness question
可計算性疑問
computableness level
可計算性層級
computableness theory
可計算性理論
computableness model
可計算性模型
computableness feature
可計算性特徵
computableness aspect
可計算性方面
the notion of computableness is central to theoretical computer science.
可計算性的概念在理論電腦科學中佔有核心地位。
researchers often examine the limits of computableness to understand what algorithms can achieve.
研究人員經常探討可計算性的極限，以了解演算法能達到什麼程度。
the theory of computableness provides a framework for classifying solvable and unsolvable problems.
可計算性理論提供了一個分類可解與不可解問題的框架。
understanding the concept of computableness helps students grasp the foundations of algorithm design.
理解可計算性的概念有助於學生掌握演算法設計的基礎。
the problem of computableness arises when we ask whether a given function can be computed by a machine.
當我們質疑某個函數是否能被機器計算時，就會產生可計算性問題。
in the study of computableness, researchers develop models such as turing machines to formalize computation.
在研究可計算性時，研究人員開發了如圖靈機這樣的模型，以形式化計算。
the analysis of computableness often involves proving that certain problems are inherently uncomputable.
可計算性的分析通常涉及證明某些問題本質上是不可計算的。
a key question in the theory of computableness is whether p equals np, which relates to the efficiency of computableness.
可計算性理論中的一個關鍵問題是P是否等於NP，這與可計算性的效率有關。
the criteria of computableness are used to determine whether a problem can be solved by an algorithm.
可計算性的標準用來判斷一個問題是否能被演算法解決。
when discussing computableness, we often refer to the church–turing thesis as a foundational principle.
當討論可計算性時，我們經常引用邱奇-圖靈論述作為基礎原則。
the measure of computableness can be expressed in terms of time and space complexity for algorithms.
可計算性的衡量標準可以用演算法的時間和空間複雜度來表示。
in practice, the extent of computableness limits what software can realistically achieve on modern hardware.
在實際應用中，可計算性的範圍限制了現代硬體上軟體能實現的實際功能。
探索常見搜尋詞彙