square thread - tradução para russo
DESIGN PATTERN FOR ACHIEVING CONCURRENCY OF EXECUTION IN A COMPUTER PROGRAM BY MAINTAINING MULTIPLE THREADS WAITING FOR TASKS TO BE ALLOCATED FOR CONCURRENT EXECUTION BY THE SUPERVISING PROGRAM
Thread pooling; Thread pool pattern; Thread-pool
square thread
SCREW THREAD PROFILE WITH A SQUARE CROSS-SECTION
Square thread; Square threads
нефтегазовая промышленность
прямоугольная резьба
ленточная резьба
square thread
SCREW THREAD PROFILE WITH A SQUARE CROSS-SECTION
Square thread; Square threads
прямоугольная нитка
execution thread
SMALLEST SEQUENCE OF PROGRAMMED INSTRUCTIONS THAT CAN BE MANAGED INDEPENDENTLY BY A SCHEDULER
Thread (computer programming); Threads (computer science); Thread (software engineering); Thread management; Thread of execution; Kernel thread; Thread(OS); Thread(computing); Thread(computer science); User thread; Thread join; Single thread; Single-thread; Single threading; Single threads; Single-threads; Single threaded; Single-threaded; Single-threading; Thread (computer science); Multithreading (software); Program thread; Multithreaded programming; Execution abstraction; CPU allocation; Execution thread; Current running thread; Thread (Computing); Software thread; Multi-threaded programming
общая лексика
поток исполнения (в NT)
Definição
Тяньаньмынь
площадь в Пекине, административно-политический центр города. Историческое ядро площади - ворота Т. ("Ворота небесного спокойствия", 1651), входившие в комплекс южной стены "Императорского города".
Пекин. Площадь Тяньаньмынь.
Wikipédia
Thread pool
In computer programming, a thread pool is a software design pattern for achieving concurrency of execution in a computer program. Often also called a replicated workers or worker-crew model, a thread pool maintains multiple threads waiting for tasks to be allocated for concurrent execution by the supervising program. By maintaining a pool of threads, the model increases performance and avoids latency in execution due to frequent creation and destruction of threads for short-lived tasks. The number of available threads is tuned to the computing resources available to the program, such as a parallel task queue after completion of execution.
