Turing Machine in a sentence
(1) Alan Turing invented the turing machine in 1936.
(2) The turing machine is a universal computing device.
(3) Alan Turing invented the turing machine in the 1930s.
(4) The turing machine can simulate any computer algorithm.
(5) The turing machine is a theoretical model of computation.
(6) The turing machine can be used to solve decision problems.
(7) The turing machine is a mathematical model of computation.
(8) The turing machine operates on an infinite tape of symbols.
(9) The turing machine can perform simple arithmetic calculations.
(10) The turing machine is a key concept in the theory of automata.
Turing Machine sentence
(11) The turing machine is a cornerstone of modern computer science.
(12) The turing machine can be used to simulate any computer program.
(13) The turing machine is a powerful tool for studying computability.
(14) The turing machine has inspired many other models of computation.
(15) The turing machine can be used to simulate other turing machines.
(16) Understanding the turing machine is essential in computer science.
(17) The turing machine can be used to study the limits of computation.
(18) The turing machine has a read-write head that moves along the tape.
(19) The turing machine consists of a tape, a head, and a set of states.
(20) The turing machine is a central concept in the theory of computation.
Turing Machine make sentence
(21) The turing machine can be used to prove theorems about computability.
(22) The turing machine can be used to study the concept of computability.
(23) The turing machine can be used to analyze the behavior of algorithms.
(24) The turing machine can be used to model real-world computing devices.
(25) The turing machine can be used to study the concept of undecidability.
(26) The turing machine can be used to simulate other computational models.
(27) The turing machine can be used to analyze the complexity of algorithms.
(28) The turing machine can be used to study the concept of halting problem.
(29) The turing machine can be used to analyze the efficiency of algorithms.
(30) The turing machine can solve problems that are computationally solvable.
Sentence of turing machine
(31) The turing machine can be used to study the concept of formal languages.
(32) The turing machine is a central concept in the field of automata theory.
(33) The turing machine can be used to model real-world computational devices.
(34) The turing machine is a fundamental concept in the theory of computation.
(35) The turing machine is a foundational concept in the theory of computation.
(36) The turing machine is a key concept in the study of algorithmic complexity.
(37) The turing machine is a fundamental concept in theoretical computer science.
(38) The turing machine is a theoretical device that operates on an infinite tape.
(39) The turing machine is a mathematical abstraction used to study computability.
(40) The turing machine can be used to study the concept of algorithmic complexity.
Turing Machine meaningful sentence
(41) The turing machine is a powerful tool for analyzing the limits of computation.
(42) The turing machine can be used to study the concept of computational complexity.
(43) One of the key concepts in computability theory is the notion of a Turing machine.
(44) The turing machine is a concept that revolutionized the field of computer science.
(45) The turing machine is a theoretical model that captures the essence of computation.
(46) Turing's concept of the Turing machine is a fundamental concept in computer science.
(47) The turing machine is a theoretical device that can compute any computable function.
(48) Understanding the turing machine is essential for studying theoretical computer science.
(49) The turing machine is a theoretical abstraction that simplifies the study of computation.
(50) The turing machine is a theoretical model that captures the essence of algorithmic computation.
Turing Machine sentence examples
(51) Alan Turing's concept of the Turing machine laid the theoretical groundwork for modern computers.
(52) The turing machine is a theoretical construct that helps us understand the nature of computation.
(53) The turing machine is a theoretical construct that helps us understand the limits of computation.
(54) Alan Turing's work on the Universal Turing Machine laid the foundation for the theory of computation.
(55) Alan Turing's concept of the Universal Turing Machine laid the foundation for modern computer science.
(56) The turing machine is a concept that has had a profound impact on the field of artificial intelligence.
(57) The Church-Turing thesis states that any effectively calculable function can be computed by a Turing machine.
(58) The Turing machine, invented by Alan Turing, is a theoretical device used to simulate any computer algorithm.
(59) Neumann's principle of universality states that any computation can be performed by a universal Turing machine.
(60) The Church-Turing thesis suggests that any effectively calculable function can be computed by a Turing machine.
(61) The Turing completeness of a programming language refers to its ability to simulate a Turing machine, as proposed by Alan Turing.
Turing Machine meaning
Turing machine is a term that holds significant importance in the field of computer science and mathematics. Coined by the British mathematician and computer scientist Alan Turing, a Turing machine refers to an abstract computational device that can simulate any algorithmic computation. It serves as a fundamental concept in the theory of computation and has played a crucial role in shaping the development of modern computers. When it comes to using the term "Turing machine" in a sentence, it is essential to ensure clarity and accuracy. Here are some tips on how to incorporate this phrase effectively:
1. Define the term: Before using the term "Turing machine" in a sentence, it is advisable to provide a brief definition or explanation. This helps the reader or listener to understand the context and purpose of the term.
For example, "A Turing machine, as defined by Alan Turing, is an abstract computational device that can simulate any algorithmic computation."
2. Use it in technical discussions: The term "Turing machine" is primarily used in technical discussions related to computer science, mathematics, and theoretical computation. It is commonly employed when discussing topics such as computability, complexity theory, or the foundations of computer science. For instance, "The concept of a Turing machine is crucial in understanding the limits of computability."
3. Explain its significance: When using the term "Turing machine," it can be helpful to highlight its significance and impact on the field of computer science. This can be done by mentioning its role in the development of modern computers or its influence on the theory of computation.
For example, "The invention of the Turing machine laid the foundation for the development of modern computers and revolutionized the field of computer science."
4. Provide examples: To enhance understanding, it can be beneficial to provide examples or scenarios where the term "Turing machine" is applicable. This can help the reader or listener visualize its usage in practical contexts. For instance, "A Turing machine can be used to simulate the execution of an algorithm that solves a complex mathematical problem."
5. Use it in academic writing: The term "Turing machine" is commonly used in academic writing, especially in research papers, dissertations, or articles related to computer science and mathematics. When using it in such contexts, ensure that it is appropriately referenced and cited according to the required citation style.
6. Avoid unnecessary repetition: While it is essential to use the term "Turing machine" when discussing relevant topics, it is advisable to avoid excessive repetition. Instead, use pronouns or synonyms to maintain sentence fluency.
For example, "The Turing machine is a theoretical model that has been extensively studied. It has significantly contributed to the field of computer science."
In conclusion, the term "Turing machine" holds great significance in the realm of computer science and mathematics. By following these tips, you can effectively incorporate this phrase into your writing or conversations, ensuring clarity and accuracy in your communication.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Turing Machine. They do not represent the opinions of TranslateEN.com.