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IT 위키에서 사용할 수 있는 모든 기록이 표시됩니다. 기록 종류나 사용자 이름(대소문자 구별) 또는 영향을 받는 문서(대소문자 구별)를 선택하여 범위를 좁혀서 살펴볼 수 있습니다.

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  • 2025년 2월 3일 (월) 02:37 AlanTuring 토론 기여님이 머지 소트 문서를 만들었습니다 (새 문서: '''머지 소트'''(Merge Sort)는 분할 정복(divide and conquer) 방식의 정렬 알고리즘으로, 데이터를 반으로 나누어 정렬한 후 병합하는 방식으로 동작한다. 안정 정렬(stable sort)에 속하며, 평균 및 최악의 경우 시간 복잡도가 O(n log n)으로 일정하다. (Θ(n log n) ==개요== 머지 소트는 문제를 작은 부분으로 나누고, 이를 정렬한 후 병합하는 방식으로 동작한다. 알고리즘의 동작 과...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 12:35 Matei 토론 기여님이 RAMCloud 문서를 만들었습니다 (새 문서: '''RAMCloud''' is a distributed in-memory storage system designed for low-latency and high-throughput applications. It provides persistent storage with sub-microsecond access times by keeping all data in DRAM while ensuring durability through fast logging to disk or flash. ==Overview== RAMCloud aims to combine: *'''Low-Latency Storage:''' Data is stored entirely in DRAM for rapid access. *'''High Availability:''' Data is replicated across servers for fault tolerance. *'''Durabil...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 12:34 Matei 토론 기여님이 Resilient Distributed Datasets 문서를 만들었습니다 (새 문서: '''Resilient Distributed Datasets (RDDs)''' are the fundamental data structure in Apache Spark that provide fault-tolerant, parallel computation on large datasets. RDDs enable efficient distributed data processing while ensuring resilience to failures. ==Overview== RDDs are immutable, distributed collections of objects that can be processed in parallel. They are designed to optimize large-scale data processing by: *'''Fault Tolerance:''' Automatically recovering lost data us...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 10:53 Matei 토론 기여님이 Distributed Shared Memory 문서를 만들었습니다 (새 문서: '''Distributed Shared Memory (DSM)''' is a memory management architecture that enables multiple distributed systems to share a logical memory space, allowing processes on different machines to access shared data as if they were on a single system. ==Overview== Distributed shared memory provides an abstraction that simplifies parallel and distributed computing by: *'''Providing a unified memory model:''' Applications access memory as if it were shared, even though it is physicall...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 10:52 Matei 토론 기여님이 Piccolo 문서를 만들었습니다 (새 문서: '''Piccolo''' is a distributed in-memory computing framework designed to simplify the development of parallel applications. It provides a shared, distributed key-value store that allows workers to efficiently process large datasets while reducing communication overhead. ==Overview== Piccolo enables efficient distributed computing by: *'''In-Memory Data Storage:''' Uses a distributed key-value store to minimize disk I/O. *'''Fine-Grained Data Sharing:''' Allows workers to share s...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 07:42 AlanTuring 토론 기여님이 Mathematical Induction 문서를 만들었습니다 (새 문서: '''Mathematical Induction''' is a proof technique used in mathematics to establish the validity of a statement for all natural numbers. It is particularly useful for proving properties of sequences, inequalities, and recurrence relations. ==Principle of Mathematical Induction== Mathematical induction consists of two main steps: #'''Base Case:''' Prove that the statement holds for the smallest natural number (usually n = 1 or n = 0). #'''Inductive Step:''' Assume the statement ho...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 05:53 Matei 토론 기여님이 FlumeJava 문서를 만들었습니다 (새 문서: '''FlumeJava''' is a Java-based distributed data processing framework developed by Google for building and executing efficient, parallel, and distributed pipelines. It provides an abstraction over MapReduce and other parallel computation models, enabling users to write high-level data processing workflows. ==Overview== FlumeJava simplifies large-scale data processing by providing: *'''Lazy Evaluation:''' Pipelines are defined but not executed immediately, allowing for optimizati...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 05:44 Matei 토론 기여님이 DryadLINQ 문서를 만들었습니다 (새 문서: '''DryadLINQ''' is a distributed computing framework developed by Microsoft that extends LINQ (Language Integrated Query) to work with large-scale data processing using the Dryad execution engine. It allows users to write data-parallel computations in C# or other .NET languages while leveraging distributed computing resources. ==Overview== DryadLINQ simplifies distributed data processing by combining: *'''Dryad''': A distributed execution engine that processes dataflow graphs ac...) 태그: 시각 편집
  • 2025년 2월 1일 (토) 05:37 Matei 토론 기여 계정이 생성되었습니다
  • 2025년 2월 1일 (토) 00:15 220.70.12.94 토론님이 토론:최승한 탐정사무소 문서를 만들었습니다 (새 문서: == 개요 == 대한민국의 탐정사무소. 최승한 탐정사무소 대표자는 대한탐정협회 국장 임원을 겸직하고 있으며, 전문적인 수사 기법으로 의뢰인에게 최상의 결과를 제공하고, 의뢰인을 상대로 사기 치는 불법 흥신소 근절에 앞장서고 있다. == 하는 일 == 기본적으로 증거 수집과 관련된 일이라면 의뢰를 받지만, 법적으로 문제 되거나 비윤리적인 의뢰는 받지 않는 것...)
  • 2025년 1월 31일 (금) 05:25 AlanTuring 토론 기여님이 마스터 정리 문서를 만들었습니다 (Created page with "'''마스터 정리'''(Master Theorem)는 분할 정복 알고리즘의 시간 복잡도를 분석하는 데 사용되는 수학적 정리이다. 주어진 재귀 관계식을 일반적인 형태로 변환하여 알고리즘의 실행 시간을 평가할 수 있도록 도와준다. ==개요== 마스터 정리는 특정 유형의 재귀 관계식을 해결하는 방법을 제공하며, 특히 분할 정복 알고리즘의 시간 복잡도를 분석하는 데 유용하다....") 태그: 시각 편집
  • 2025년 1월 31일 (금) 05:18 AlanTuring 토론 기여님이 Master Theorem 문서를 만들었습니다 (Created page with "'''Master Theorem''' is a formula used to analyze the time complexity of recursive algorithms, particularly divide-and-conquer algorithms. It provides a direct way to determine asymptotic complexity without requiring iterative expansion or recurrence tree analysis. ==Master Theorem Formula== A recurrence of the form: *T(n) = aT(n/b) + O(n^d) where: *'''a''' = number of recursive calls, *'''b''' = factor by which the problem size is reduced in each recursion, *'''O(n^d)''...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 05:07 AlanTuring 토론 기여님이 Karatsuba Multiplication 문서를 만들었습니다 (Created page with "'''Karatsuba Multiplication''' is a divide-and-conquer algorithm used for fast multiplication of large numbers. It reduces the number of necessary multiplications compared to traditional long multiplication, making it more efficient for large inputs. ==Algorithm Overview== Karatsuba multiplication breaks two n-digit numbers into smaller parts and recursively computes their product using fewer multiplications. == Steps == #'''Divide:''' Split two n-digit numbers into two...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 02:32 AlanTuring 토론 기여님이 빅오 표기법 문서를 만들었습니다 (Created page with "'''빅오 표기법'''(Big-O Notation)은 알고리즘의 시간 복잡도와 공간 복잡도를 분석하는 데 사용되는 수학적 표기법이다. 주어진 입력 크기에 따라 알고리즘의 실행 시간이 어떻게 증가하는지를 나타내며, 최악의 경우 성능을 분석하는 데 주로 사용된다. ==개요== 빅오 표기법은 알고리즘의 성능을 대략적으로 분석할 때 활용되며, 주요 목적은 입력 크기가 커질수...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 02:01 AlanTuring 토론 기여님이 Default Initial Condition 문서를 만들었습니다 (Created page with "'''Default Initial Condition''' refers to the predefined starting values or states used in algorithms, mathematical models, and computational systems. These conditions serve as the foundation for computations and ensure consistent behavior across executions. ==Key Concepts== *'''Initial Condition:''' The starting state or value assigned to variables before an algorithm or system begins execution. *'''Default Values:''' Predefined values used when no user-defined input is...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:56 AlanTuring 토론 기여님이 Asymptotic Notation 문서를 만들었습니다 (Created page with "'''Asymptotic Notation''' is a mathematical tool used to describe the limiting behavior of an algorithm's complexity as the input size approaches infinity. It provides a way to analyze and compare algorithm efficiency by focusing on the growth rate of time or space complexity. ==Key Asymptotic Notations== Asymptotic notation expresses how an algorithm's performance scales with input size. The most common types are: ===Big O Notation (O)=== *'''Definition:''' Represents a...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:55 AlanTuring 토론 기여님이 Sorting Algorithm 문서를 만들었습니다 (Created page with "'''Sorting Algorithm''' is an algorithm that arranges elements of a list or array in a specific order, typically numerical or lexicographical. Sorting is a fundamental operation in computer science, used in data processing, searching, and optimization. ==Classification of Sorting Algorithms== Sorting algorithms can be classified based on various criteria: ===By Complexity=== {| class="wikitable" !Complexity!!Example Algorithms!!Description |- |O(n log n)||Merge Sort, Qui...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:40 AlanTuring 토론 기여님이 Algorithm Complexity 문서를 만들었습니다 (Created page with "'''Algorithm Complexity''' is a measure of the efficiency of an algorithm in terms of time and space usage as the input size grows. It helps in comparing different algorithms and understanding their performance characteristics. ==Key Concepts== *'''Time Complexity:''' Measures the amount of time an algorithm takes to complete as a function of input size. *'''Space Complexity:''' Measures the amount of memory an algorithm requires during execution. *'''Asymptotic Notation...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:38 AlanTuring 토론 기여님이 Golden Ratio 문서를 만들었습니다 (Created page with "'''Golden Ratio''' (φ) is an irrational mathematical constant approximately equal to 1.6180339887. It appears in mathematics, nature, architecture, and art, often associated with aesthetically pleasing proportions. ==Definition== The golden ratio is defined as: *φ = (1 + √5) / 2 ≈ 1.618 It satisfies the equation: *φ² = φ + 1 ==Mathematical Properties== *'''Self-Similarity:''' φ is the only positive number that satisfies φ² = φ + 1. *'''Continued Fraction Rep...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:35 AlanTuring 토론 기여님이 Fibonacci Sequence 문서를 만들었습니다 (Created page with "'''Fibonacci Sequence''' is a mathematical sequence where each number is the sum of the two preceding numbers. It is widely used in mathematics, computer science, and nature to model growth patterns and recursive structures. ==Definition== The Fibonacci sequence is defined recursively as: *F(0) = 0, F(1) = 1 (Base cases) *F(n) = F(n-1) + F(n-2) for n ≥ 2 ==Example Sequence== The first few Fibonacci numbers are: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, ... ==Closed-Form...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:34 AlanTuring 토론 기여님이 Recurrence Relation 문서를 만들었습니다 (Created page with "'''Recurrence Relation''' is an equation that defines a sequence of values using previous terms in the sequence. It is widely used in mathematics and computer science to analyze recursive algorithms and discrete structures. ==Key Concepts== *'''Recursive Definition:''' Expresses a term in a sequence in terms of one or more preceding terms. *'''Base Case:''' Specifies the initial condition(s) required to compute later terms. *'''Closed-Form Solution:''' A non-recursive fo...") 태그: 시각 편집
  • 2025년 1월 31일 (금) 01:13 AlanTuring 토론 기여님이 Computational Problem 문서를 만들었습니다 (Created page with "'''Computational Problem''' is a problem that can be solved using an algorithm executed on a computational model, such as a Turing machine. It involves defining an input, processing it through a set of rules or algorithms, and obtaining an output. ==Key Concepts== *'''Input:''' A well-defined set of data that the problem operates on. *'''Output:''' The expected result derived from the given input. *'''Algorithm:''' A finite sequence of steps that transforms the input int...") 태그: 시각 편집
  • 2025년 1월 30일 (목) 07:46 AlanTuring 토론 기여님이 Rote Method 문서를 만들었습니다 (새 문서: '''Rote Method''' is a learning technique that relies on repetition and memorization without necessarily understanding the underlying concepts. It is commonly used in education, language learning, and skill acquisition where recall is essential. ==Key Characteristics== *'''Repetitive Learning:''' Information is learned through constant repetition. *'''Surface-Level Retention:''' Focuses on memorization rather than deep understanding. *'''Pattern-Based Recall:''' Learners associa...) 태그: 시각 편집
  • 2025년 1월 30일 (목) 07:10 AlanTuring 토론 기여님이 Divide-and-Conquer Algorithm 문서를 만들었습니다 (새 문서: '''Divide-and-Conquer Algorithm''' is a problem-solving approach that breaks a complex problem into smaller subproblems, solves them recursively, and then combines the results to obtain the final solution. It is widely used in computer science for designing efficient algorithms. ==Key Concepts== *'''Divide:''' The original problem is split into smaller, independent or overlapping subproblems. *'''Conquer:''' Each subproblem is solved recursively. *'''Combine:''' The solutions of...) 태그: 시각 편집
  • 2025년 1월 30일 (목) 04:14 Brandi Tamblyn 토론 기여 계정이 생성되었습니다
  • 2025년 1월 29일 (수) 05:40 AlanTuring 토론 기여님이 MapReduce 문서를 만들었습니다 (새 문서: '''MapReduce''' is a programming model and framework designed for processing and generating large datasets in a distributed computing environment. It simplifies the processing of big data by dividing tasks into two primary phases: the '''Map''' phase and the '''Reduce''' phase. Developed by Google, MapReduce has become a foundational concept in distributed data processing systems, such as Apache Hadoop. ==Key Concepts== *'''Map Phase:''' Processes input data and converts it into...) 태그: 시각 편집
  • 2025년 1월 29일 (수) 03:26 AlanTuring 토론 기여님이 Big Omega Notation 문서를 만들었습니다 (새 문서: '''Big Omega (Ω) Notation''' is a mathematical concept used in computer science to describe the lower bound of an algorithm's time or space complexity. It provides a guarantee of the best-case performance of an algorithm, defining the minimum time or space required for the algorithm to complete as a function of input size. ==Key Concepts== *'''Lower Bound:''' Big Omega represents the minimum amount of resources (time or space) that an algorithm will require for any input of siz...) 태그: 시각 편집
  • 2025년 1월 29일 (수) 03:15 AlanTuring 토론 기여님이 Big O Notation 문서를 만들었습니다 (새 문서: '''Big O Notation''' is a mathematical concept used to describe the performance or complexity of an algorithm. It provides an upper bound on the growth rate of an algorithm's time or space requirements as the size of the input increases. Big O notation is widely used in computer science to analyze and compare algorithms. ==Key Concepts== *'''Growth Rate:''' Describes how an algorithm's performance scales with the size of the input (denoted as n). *'''Asymptotic Analysis:''' Focu...) 태그: 시각 편집
  • 2025년 1월 29일 (수) 03:10 AlanTuring 토론 기여 계정이 생성되었습니다
  • 2025년 1월 29일 (수) 01:15 스탠리 토론 기여님이 로그의 성질 문서를 만들었습니다 (새 문서: == 성질 1 == '''진수(value)가 1이면 지수(exponent)은 0이다.''' * 로그의 진수가 1이라는 것은 어떤 값을 1로 만드는 지수라는 뜻이므로 그 지수는 항상 0이 된다. (단, 진수는 0이 아니어야 한다.) <blockquote>'''log'''<sub>a</sub>b = 1</blockquote> == 성질 2 == '''밑(base)과 진수(argument)가 같으면 지수(exponent)은 1이다.''' * a를 a로 만드는 지수는 1이 된다. <blockquote>'''log'''<sub>a</sub>a = 1</b...) 태그: 시각 편집
  • 2025년 1월 29일 (수) 00:48 스탠리 토론 기여님이 로그 (수학) 문서를 만들었습니다 (새 문서: == 어원 == * 로그(log)는 로가리듬(logarithm)의 줄임말로, 고전 그리스어로 '계산' 또는 '비(比)'를 뜻하는 lŏgŏs (로고스)의 어간 log-와 '수'를 뜻하는 arithmŏs의 합성어에서 유래했다. * 한자어로는 지수에 대비된다는 의미에서 '대수(對數)'라고 하는데 요즘 한국에서는 교과서에서도 그냥 '로그'라고 지칭하여 '대수'라는 말은 거의 사용하지 않는다. ** 다...) 태그: 시각 편집
  • 2025년 1월 29일 (수) 00:24 스탠리 토론 기여 계정이 생성되었습니다
  • 2025년 1월 27일 (월) 04:40 Tsmc 토론 기여님이 LPDDR5 문서를 만들었습니다 (새 문서: '''LPDDR5 (Low Power Double Data Rate 5)''' is a memory standard designed for high-performance, low-power applications, primarily targeting mobile devices, automotive systems, IoT, and edge computing. LPDDR5 offers significant improvements in data transfer rates, power efficiency, and reliability compared to its predecessor, LPDDR4X. ==Key Features== *'''High Data Transfer Rates:''' Supports data rates up to 6400 Mbps, enabling faster application performance. *'''Low Power Consu...) 태그: 시각 편집
  • 2025년 1월 27일 (월) 04:38 Tsmc 토론 기여님이 LPDDR5X 문서를 만들었습니다 (새 문서: '''LPDDR5X (Low Power Double Data Rate 5X)''' is a high-performance, low-power memory standard designed for mobile devices, embedded systems, and advanced computing applications. It is an enhanced version of LPDDR5, offering improved speed, efficiency, and power optimization to meet the growing demands of modern computing. ==Key Features== *'''High Data Transfer Rates:''' LPDDR5X supports data rates up to 8533 Mbps, significantly faster than LPDDR5, which maxes out at 6400 Mbps....) 태그: 시각 편집
  • 2025년 1월 27일 (월) 04:37 Tsmc 토론 기여 계정이 생성되었습니다
  • 2025년 1월 26일 (일) 02:21 Itwiki 토론 기여님이 43.242.176.103 토론님을 무기한 차단했습니다 (계정 만들기 금지됨)
  • 2025년 1월 26일 (일) 02:20 Itwiki 토론 기여님이 사용자:TonyaPifer145 문서를 삭제했습니다 (43.242.176.103님이 추가한 문서를 대량 삭제함)
  • 2025년 1월 26일 (일) 02:20 Itwiki 토론 기여님이 BealsRhinehart563 문서를 삭제했습니다 (43.242.176.103님이 추가한 문서를 대량 삭제함)
  • 2025년 1월 26일 (일) 02:20 Itwiki 토론 기여님이 KriegPatel856 문서를 삭제했습니다 (43.242.176.103님이 추가한 문서를 대량 삭제함)
  • 2025년 1월 26일 (일) 02:20 Itwiki 토론 기여님이 사용자:BealsRhinehart563 문서를 삭제했습니다 (43.242.176.103님이 추가한 문서를 대량 삭제함)
  • 2025년 1월 26일 (일) 02:20 Itwiki 토론 기여님이 TonyaPifer145 문서를 삭제했습니다 (43.242.176.103님이 추가한 문서를 대량 삭제함)
  • 2025년 1월 25일 (토) 02:51 43.242.176.103 토론님이 사용자:BealsRhinehart563 문서를 만들었습니다 (새 문서: เครื่องสล็อตที่ดีที่สุดในการเล่น ความนิยมของเกมได้รับการปรับปรุงด้วยรูปแบบการเล่นที่น่าดึงดูดและความตื่นเต้นในการสะสมเหรียญทองในรอบโบนัส หากคุณกำลังมองหาเกมสล็อตท...)
  • 2025년 1월 25일 (토) 02:51 43.242.176.103 토론님이 BealsRhinehart563 문서를 만들었습니다 (새 문서: เครื่องสล็อตที่ดีที่สุดในการเล่น ความนิยมของเกมได้รับการปรับปรุงด้วยรูปแบบการเล่นที่น่าดึงดูดและความตื่นเต้นในการสะสมเหรียญทองในรอบโบนัส หากคุณกำลังมองหาเกมสล็อตท...)
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