| English | Czech |
| parallel branch | paralelní větev (An element of workflow logic that defines an alternative wait condition with a corresponding set of additional steps that are only performed when the initial criterion is met) |
| parallel device | paralelní zařízení (A device that uses a parallel connection) |
| parallel execution | paralelní zpracování (The apparently simultaneous execution of two or more routines or programs. Concurrent execution can be accomplished on a single process or by using time-sharing techniques, such as dividing programs into different tasks or threads of execution, or by using multiple processors) |
| parallel execution | paralelní provádění (The apparently simultaneous execution of two or more routines or programs. Concurrent execution can be accomplished on a single process or by using time-sharing techniques, such as dividing programs into different tasks or threads of execution, or by using multiple processors) |
| parallel port | paralelní port (The input/output connector for a parallel interface device. Printers are generally plugged into a parallel port) |
| parallel processing | paralelní zpracování (A method of processing that can run only on a computer that contains two or more processors running simultaneously. Parallel processing differs from multiprocessing in the way a task is distributed over the available processors. In multiprocessing, a process might be divided up into sequential blocks, with one processor managing access to a database, another analyzing the data, and a third handling graphical output to the screen. Programmers working with systems that perform parallel processing must find ways to divide a task so that it is more or less evenly distributed among the processors available) |
| parallel processing | paralelní provádění (A method of processing that can run only on a computer that contains two or more processors running simultaneously. Parallel processing differs from multiprocessing in the way a task is distributed over the available processors. In multiprocessing, a process might be divided up into sequential blocks, with one processor managing access to a database, another analyzing the data, and a third handling graphical output to the screen. Programmers working with systems that perform parallel processing must find ways to divide a task so that it is more or less evenly distributed among the processors available) |