serial processing
Học thuậtThân thiện
Definition
Noun: 1. Sequential processing by two or more processing units: A computing method where tasks are executed one after another in a single sequence or by a single processor at a time, as opposed to simultaneous (parallel) processing.
Usage
- Noun:
- Serial processing is a fundamental concept in computer architecture.
- Early computers relied heavily on serial processing for all computations.
- The algorithm was designed for serial processing, making it slow for large datasets.
Examples
- Noun:
- The program's design limits it to serial processing, so it cannot take advantage of multi-core CPUs.
- In serial processing, each instruction must complete before the next one begins.
- The task was handled through serial processing on the main server.
Advanced Usage
- "in serial processing": Describes the mode or context of operation.
- The data was analyzed in serial processing, which took several hours.
- Conceptual Use: Often contrasted with "parallel processing" in technical discussions.
- The shift from serial processing to parallel processing marked a major advancement in computing power.
Variants and Related Words
- Serial (adj): Forming or following a logical order or sequence.
- The data was transmitted in serial order.
- Processor (n): A central processing unit (CPU) that performs instructions.
- Sequential processing (n): A near-synonym often used interchangeably with , emphasizing the consecutive nature of operations.
Synonyms
- Sequential processing
- Linear processing
- Consecutive processing
Antonyms
- Parallel processing: Simultaneous execution of multiple tasks or processes.
- Concurrent processing: Overlapping or simultaneous execution of processes.
Related Phrases/Concepts
- Von Neumann architecture: A computer architecture model that typically uses a fetch-decode-execute cycle, a classic example of a approach.
- Single-threaded: A type of program execution that is inherently based on within its main logic flow.
- Bottleneck: A point of congestion, often caused by a reliance on in a system designed for higher throughput.
Noun
- sequential processing by two or more processing units