Víccevláknové

Víccevláknové, often translated as "multi-fiber" or "multicore" in English, refers to a concept or technology that involves multiple strands or threads. The specific context of víccevláknové can vary significantly depending on the field it is applied to.

In computing, víccevláknové programming or víccevláknové zpracování (multithreaded processing) describes the ability of a program to execute multiple threads concurrently. A thread is the smallest sequence of programmed instructions that can be managed independently by a scheduler. By utilizing multiple threads, a single program can perform several tasks seemingly at the same time, leading to improved responsiveness and efficiency, especially on multi-core processors. This is distinct from multiprocessing, which involves multiple independent processes.

In telecommunications and networking, víccevláknové cables, such as optical fiber cables, contain multiple individual fibers. Each fiber can transmit data independently, allowing for a significant increase in the total data carrying capacity of the cable. This is crucial for high-speed internet and long-distance communication.

The underlying principle of víccevláknové is parallelism or concurrency, enabling the handling of multiple operations or data streams simultaneously to enhance performance and throughput. The exact implementation and benefits are highly dependent on the domain in which the term is used.