Von Neumann in a sentence
(1) The von Neumann universe is a concept in set theory.
(2) Von Neumann's mathematical genius was recognized worldwide.
(3) Von Neumann's mathematical genius was evident from a young age.
(4) Many modern computers are based on the von Neumann architecture.
(5) Von Neumann was a renowned mathematician and computer scientist.
(6) Von Neumann's mathematical prowess was evident from an early age.
(7) The stored-program concept was first proposed by John von Neumann.
(8) The von Neumann entropy is a measure of the randomness in a system.
(9) The clock cycle is an integral part of the von Neumann architecture.
(10) The main memory is an integral part of the von Neumann architecture.
Von Neumann sentence
(11) The von Neumann probe is a hypothetical self-replicating spacecraft.
(12) The von Neumann neighborhood is a concept used in cellular automata.
(13) Von Neumann's work on quantum mechanics earned him numerous accolades.
(14) Von Neumann's work laid the foundation for modern computer programming.
(15) The von Neumann architecture is a fundamental concept in computer science.
(16) The von Neumann bottleneck can limit the performance of a computer system.
(17) Von Neumann's mathematical proofs are known for their elegance and clarity.
(18) Von Neumann's legacy as a pioneer in computer science is widely recognized.
(19) The von Neumann architecture is the basis for most modern computer systems.
(20) John von Neumann made significant contributions to the field of game theory.
Von Neumann make sentence
(21) The von Neumann machine is a theoretical model of a self-replicating device.
(22) The von Neumann neighborhood concept is used in image processing algorithms.
(23) The concept of a cellular automaton was first introduced by John von Neumann.
(24) The instruction cycle is a crucial component of the von Neumann architecture.
(25) The instruction cycle is a critical component of the Von Neumann architecture.
(26) The von Neumann model revolutionized the way computers are designed and built.
(27) The von Neumann algebra is a mathematical structure used in quantum mechanics.
(28) Von Neumann's work laid the foundation for the development of modern computers.
(29) Von Neumann's mathematical brilliance earned him numerous accolades and awards.
(30) Von Neumann's ideas continue to shape the field of computer science to this day.
Sentence of von neumann
(31) The instruction cycle is an essential component of the Von Neumann architecture.
(32) The von Neumann neighborhood is a set of adjacent cells in a cellular automaton.
(33) Von Neumann's research on quantum mechanics paved the way for quantum computing.
(34) The concept of game theory was first introduced by mathematician John von Neumann.
(35) The von Neumann entropy is a measure of the randomness or uncertainty in a system.
(36) The phrase von neumann refers to the renowned mathematician and computer scientist.
(37) Von Neumann's contributions to the field of computer science are widely recognized.
(38) The von Neumann bottleneck can be mitigated through the use of parallel processing.
(39) The von Neumann bottleneck can be mitigated through parallel processing techniques.
(40) Von Neumann's mathematical expertise greatly influenced his work in computer science.
Von Neumann meaningful sentence
(41) The von Neumann architecture allows for the efficient execution of computer programs.
(42) The von Neumann machine was one of the earliest examples of a stored-program computer.
(43) Von Neumann's mathematical models have applications in various scientific disciplines.
(44) Von Neumann's contributions to the field of computer science have had a lasting impact.
(45) Von Neumann's research on operator theory had a profound impact on functional analysis.
(46) The von Neumann stability analysis is a crucial step in designing numerical algorithms.
(47) Von Neumann's contributions to computer science continue to influence modern technology.
(48) The von Neumann algebra is a mathematical structure used in the study of operator theory.
(49) The von Neumann stability condition is a criterion for the stability of numerical methods.
(50) Von Neumann's research had a profound impact on the development of artificial intelligence.
Von Neumann sentence examples
(51) The von Neumann stability analysis is used to determine the stability of numerical methods.
(52) Von Neumann's concept of self-replicating machines has inspired many science fiction stories.
(53) Von Neumann's work on the Manhattan Project contributed to the development of the atomic bomb.
(54) Von Neumann's legacy continues to inspire and guide future generations of computer scientists.
(55) Von Neumann's work on game theory has practical applications in economics and social sciences.
(56) Von Neumann's pioneering work in game theory has applications in economics and social sciences.
(57) The von Neumann stability condition is used to ensure numerical stability in iterative methods.
(58) Von Neumann's collaboration with Alan Turing led to significant advancements in computer science.
(59) Von Neumann's lectures and writings have been influential in shaping the field of computer science.
(60) Von Neumann's groundbreaking paper on cellular automata revolutionized the field of artificial life.
(61) The von Neumann bottleneck refers to the limited bandwidth between a computer's memory and processor.
(62) The von Neumann stability analysis is a method used to analyze the stability of numerical algorithms.
(63) Von Neumann's concept of self-replicating machines has inspired science fiction authors and futurists.
(64) The study of semigroups dates back to the early 20th century, with contributions from mathematicians such as Alfred Tarski and John von Neumann.
Von Neumann meaning
Von Neumann is a term that refers to John von Neumann, a renowned Hungarian-American mathematician, physicist, and computer scientist. He made significant contributions to various fields, including mathematics, computer science, and game theory. In this article, we will explore tips on how to use the term "Von Neumann" or the phrase "Von Neumann architecture" in sentences effectively.
1. Understand the context: Before using the term "Von Neumann" or "Von Neumann architecture" in a sentence, it is crucial to understand the context in which it is being used. Familiarize yourself with the specific field or subject matter related to John von Neumann's work, such as computer science, mathematics, or game theory. This will help you use the term accurately and appropriately.
2. Use it as a proper noun: When referring to John von Neumann himself, it is essential to capitalize both the first and last name.
For example, "John von Neumann was a pioneer in the field of computer science." This usage is appropriate when discussing his life, achievements, or contributions.
3. Utilize it as a noun phrase: The term "Von Neumann architecture" refers to a computer architecture design that is based on the concept proposed by John von Neumann. It is characterized by having a central processing unit (CPU), memory, input/output devices, and a control unit. When using this phrase, it is advisable to capitalize the first letter of each word. For instance, "The Von Neumann architecture revolutionized the field of computer science."
4. Provide background information: When introducing the term "Von Neumann" or "Von Neumann architecture" in a sentence, it can be helpful to provide some background information to ensure clarity.
For example, "John von Neumann, a prominent mathematician and computer scientist, developed the Von Neumann architecture, which laid the foundation for modern computers."
5. Use it in technical discussions: The term "Von Neumann" or "Von Neumann architecture" is commonly used in technical discussions related to computer science, mathematics, or engineering. When using it in such contexts, ensure that your sentence is clear and concise, catering to the specific audience.
For example, "The Von Neumann architecture allows for the seamless flow of data between the CPU and memory, enabling efficient computation."
6. Connect it to related concepts: To enhance the understanding of the term "Von Neumann" or "Von Neumann architecture," you can connect it to related concepts or ideas. This can help readers or listeners grasp the significance or implications of the term. For instance, "The Von Neumann architecture, along with the development of binary logic and integrated circuits, paved the way for the modern digital age."
7. Use it in historical or academic contexts: Given John von Neumann's significant contributions to various fields, using the term "Von Neumann" or "Von Neumann architecture" in historical or academic contexts can be appropriate.
For example, "The Von Neumann architecture, proposed in the 1940s, revolutionized the way computers were designed and laid the foundation for subsequent advancements in computing technology."
In conclusion, the term "Von Neumann" or "Von Neumann architecture" is a valuable addition to any discussion related to computer science, mathematics, or game theory. By following these tips, you can effectively incorporate this term or phrase into your sentences, ensuring accuracy and clarity in your communication.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Von Neumann. They do not represent the opinions of TranslateEN.com.