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distributed components

Grammar usage guide and real-world examples

USAGE SUMMARY

The phrase "distributed components" is correct and usable in written English. You can use it in contexts related to software architecture, systems design, or any scenario involving components that are spread across different locations or systems. For example, "The application relies on distributed components to enhance scalability and reliability." Alternative expressions include "decentralized components" and "dispersed components."

✓ Grammatically correct

Science

Academia

News & Media

Human-verified examples from authoritative sources

Exact Expressions

57 human-written examples

These results encourage the use of mechanistic snowmelt modeling approaches in hydrological models, especially in distributed hydrological models for which landscape snow distribution may be controlled by spatially distributed components of the environmental energy budget.

The CORBA, as a communication framework, is adopted to exchange the data between the distributed components.

Most mission critical software systems are being built by integrating multiple distributed components.

Our transactor model provides constructs for maintaining consistency among the states of distributed components.

SCADA systems are large, complex and incorporate increasing numbers of widely distributed components.

IA developers can use the proposed UCA to utilize the distributed components written in different languages.

The retained factors were interpreted as the lognormally distributed components (modes) of the particle size spectrum.

Modern data systems comprise of heterogeneous and distributed components, making them difficult to manage piece-wise, let alone as a whole.

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Human-verified similar examples from authoritative sources

Similar Expressions

3 human-written examples

All variables considered in the simulations had two normally-distributed components, one (s) specific for that variable and the other (c) common to all variables.

Developers can  move data between distributed components of their applications that perform different tasks without losing messages or requiring each component to be always available.

News & Media

TechCrunch

We present a novel specification language called JDC to be used at design phase of distributed components.

Expert writing Tips

Best practice

When designing systems with "distributed components", ensure clear communication protocols and data synchronization mechanisms to maintain consistency and prevent conflicts.

Common error

Don't underestimate the impact of network latency when working with "distributed components". Optimize data transfer and minimize unnecessary communication to improve performance.

Antonio Rotolo, PhD - Digital Humanist | Computational Linguist | CEO @Ludwig.guru

Antonio Rotolo, PhD

Digital Humanist | Computational Linguist | CEO @Ludwig.guru

Source & Trust

83%

Authority and reliability

4.6/5

Expert rating

Real-world application tested

Linguistic Context

The phrase "distributed components" functions as a noun phrase, typically serving as the subject or object of a sentence. Ludwig AI confirms its common use in describing systems or applications made up of separate, interconnected parts.

Expression frequency: Very common

Frequent in

Science

54%

Academia

18%

News & Media

9%

Less common in

Formal & Business

9%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

The phrase "distributed components" is a frequently used term, as shown by Ludwig AI. Grammatically correct, it serves primarily to describe systems that are composed of interconnected but separate parts. Predominantly found in scientific and academic contexts, it is also used in news media and formal business settings. Common challenges involve network latency and data consistency. Related phrases like "decentralized modules" and "networked elements" offer alternative ways to express similar concepts, each with nuanced differences. When using this term, be mindful of these aspects to ensure clarity and precision in your writing.

FAQs

How can I effectively manage "distributed components" in a software system?

Effective management involves using robust communication protocols, implementing proper error handling, and employing monitoring tools to track the health and performance of each component.

What are the benefits of using "distributed components"?

The benefits include increased scalability, fault tolerance, and the ability to leverage resources across different locations or systems. It also makes systems more modular, increasing maintainability.

What are the challenges of working with "distributed components"?

Challenges include managing network latency, ensuring data consistency across multiple systems, and handling the increased complexity of coordinating independent components. Security can also be a concern.

How do "decentralized modules" compare to "distributed components"?

While both terms refer to systems broken into parts, "distributed components" emphasizes the physical separation and communication, while "decentralized modules" stresses the lack of central control and decision-making.

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Source & Trust

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Authority and reliability

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Real-world application tested

Most frequent sentences: