computationally cost effective

USAGE SUMMARY

The phrase "computationally cost effective" is correct and usable in written English.
It can be used when discussing the efficiency and affordability of computational methods or technologies in various contexts, such as research, software development, or data analysis. Example: "The new algorithm is computationally cost effective, allowing us to process large datasets without exceeding our budget."

✓ Grammatically correct

Science

News & Media

Formal & Business

Human-verified examples from authoritative sources

Exact Expressions

2 human-written examples

Also, it requires polynomial addition which is computationally cost effective.

Perspectives in Science

We develop a secure policy updating algorithm and propose a very lightweight proxy re-encryption (VL-PRE) technique to enable the policy updating to be done in the cloud in an efficient and computationally cost effective manner.

Future Generation Computer Systems

Human-verified similar examples from authoritative sources

Similar Expressions

58 human-written examples

Another computationally cost-effective emerging approach is based on coarse grained modeling, whereby two or more atoms are described by a single interaction site.

Plosone

To dissociate and sequence single cells is technically and computationally challenging and the huge amount of information returned may not be cost effective.

Genome Medicine

The proposed system is simple in design and computationally efficient and this can be incorporated into the present VLC system without much alteration thereby making it a cost effective solution.

Optics Communications

This can be cost effective".

The New York Times

Is it cost effective?

Harvard University

This is an easy, cost effective solution.

The New York Times

Cost effective legal problem solving.

Cornell University

But is it cost effective?

The New York Times

It is more cost effective.

The New York Times

Expert writing Tips

Best practice

When describing algorithms or software, explicitly quantify the "computationally cost effective" benefits by comparing resource usage (time, memory) against alternatives.

Common error

Avoid using "computationally cost effective" as a general claim. Always provide specific data or comparisons to justify the assertion. For instance, instead of saying 'This method is computationally cost effective', specify 'This method reduces processing time by 30% compared to the standard algorithm'.

Linguistic Context

The phrase "computationally cost effective" functions as an adjective phrase modifying a noun. Ludwig AI indicates its suitability for describing methods or technologies. It highlights that a process or tool achieves its objectives without excessive computational resources or financial expenditure.

Expression frequency: Rare

Frequent in

Science

50%

News & Media

33%

Formal & Business

17%

Less common in

Academia

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "computationally cost effective" is a phrase used to describe methods or technologies that achieve results efficiently without excessive computational resources or financial expenditure. Ludwig AI affirms its correctness in written English. While it appears more commonly in scientific and technical contexts, it's also relevant in news and business settings. To use it effectively, provide specific data to support your claims, avoiding general assertions. Alternatives include "economically efficient computationally" and "computationally economical". Despite its low frequency, when used correctly, the phrase can concisely convey both efficiency and affordability.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

computationally efficient and affordable

Expands the phrase to explicitly include both efficiency and affordability.

computationally viable and budget-friendly

Combines viability with budget consciousness, stressing feasibility and affordability.

cost-effective in computation

Rephrases to place 'cost-effective' as the primary adjective, emphasizing financial benefit.

computationally economical

Uses 'economical' as a synonym for 'cost effective', highlighting resource conservation.

computationally optimized for cost

Highlights optimization efforts aimed at reducing computational expenses.

economically efficient computationally

Reorders the terms to emphasize economic efficiency, maintaining the core meaning.

resource-efficient computational approach

Shifts the focus to resource efficiency in the context of a computational approach.

affordable computational methods

Focuses on the characteristic of affordability when dealing with computational methods.

computationally frugal

Employs 'frugal' to denote careful resource management during computation.

computationally lean

Uses 'lean' to imply minimal resource usage in computation.

FAQs

How can I use "computationally cost effective" in a sentence?

You can use "computationally cost effective" to describe algorithms, software, or methods that achieve results efficiently without requiring excessive computational resources. For example, "The new algorithm is "computationally cost effective", allowing us to process large datasets quickly".

What's the difference between "computationally cost effective" and "computationally efficient"?

"Computationally efficient" refers to how well an algorithm uses resources (time, memory) to solve a problem. "Computationally cost effective" extends this by considering the economic implications, balancing resource use with overall expenses. A method can be efficient but not "computationally cost effective" if it requires very expensive hardware.

What are some alternatives to "computationally cost effective"?

Alternatives include "economically efficient computationally", "computationally economical", or "affordable computational methods". The best choice depends on the specific context and what aspect you want to emphasize.

In what situations is it important to consider whether something is "computationally cost effective"?

It's particularly important when dealing with large datasets, limited computing resources, or budget constraints. For example, in cloud computing, choosing "computationally cost effective" algorithms can significantly reduce infrastructure costs.