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  1. Synchronization - Wikipedia

    In computer science (especially parallel computing), synchronization is the coordination of simultaneous threads or processes to complete a task with correct runtime order and no unexpected race …

  2. 英語「SYNCHRONIZATION」の意味・使い方・読み方 | Weblio英和 …

    Synchronization, the coordinated dynamics of many units to the same timing is found throughout the natural world. (military) The arrangement of military actions in time, space, and purpose to produce …

  3. SYNCHRONIZATION Definition & Meaning - Merriam-Webster

    Jun 4, 2026 · Bojan Stojkovski, Interesting Engineering, 30 May 2026 Rather than just adding raw power, Hypershell is focusing on seamless synchronization with the X Series – reducing your …

  4. SYNCHRONIZATION中文 (简体)翻译:剑桥词典

    To maintain synchronization, every cycle had to increase. From this it is possible to construct an artificial mathematical calendar that keeps in synchronization with both the sun and the moon.

  5. 同期(synchronization)とは?ITにおける重要な概念とその応用

    Oct 24, 2024 · 同期(synchronization)は、IT分野においてデータや信号の整合性を保つために不可欠な概念です。通信、データ管理、映像・音声処理、プログラム実行における同期の重要性を理解す …

  6. シンクロナイゼーション (シンクロナイゼーション)とは | 意味や読み …

    Aug 12, 2025 · Synchronization (シンクロナイゼーション) 用語解説 「シンクロナイゼーション」は、複数の処理単位(プロセスやスレッド)が並行して動作するシステムにおいて、それらの動作や …

  7. 同期(シンクロナイゼーション / シンクロナイズ)とは - IT用語辞典 …

    同期 【synchronization】 シンクロナイゼーション 別名 : sync / シンクロナイズ / synchronize / シンクロナス / synchronous / シンクロ 同期とは? 複数の主体の間で周期やタイミング、内容などを一致 …

  8. Introduction to Process Synchronization - GeeksforGeeks

    Apr 24, 2026 · Process Synchronization is a mechanism in operating systems used to manage the execution of multiple processes that access shared resources. Its main purpose is to ensure data …

  9. Understanding Data Synchronization | Teradata

    Discover the importance of data synchronization for maintaining consistent, up-to-date information across multiple systems and improving business efficiency.

  10. Operating Systems: Process Synchronization

    The dining philosophers problem is a classic synchronization problem involving the allocation of limited resources amongst a group of processes in a deadlock-free and starvation-free manner: