computationally low cost

USAGE SUMMARY

The phrase "computationally low cost" is correct and usable in written English.
It can be used when discussing the efficiency or affordability of computational resources or algorithms in a technical context. Example: "The new algorithm is computationally low cost, making it accessible for smaller organizations to implement."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

2 human-written examples

The core materials knowledge needed in the accelerated design, development, and deployment of new and improved materials is most accessible when cast in the form of computationally low cost (reduced-order) and reliable process-structure-property (PSP) linkages.

Acta Materialia

However, the need to pursue fast and computationally low cost methods where large number of UEs is present leads to the choice of sample weights [21] for the generation of the indicators involved in the diagnosis.

EURASIP Journal on Wireless Communications and Networking

Human-verified similar examples from authoritative sources

Similar Expressions

58 human-written examples

More specifically, we explore the feasibility of estimating the mesoscale strain fields in hexagonal close packed (HCP) α-titanium polycrystals during HCF loading conditions using the computationally low-cost MKS approach, and subsequently estimating the slip system activities via decoupled numerical integration of the relevant crystal plasticity (CP) constitutive relations.

International Journal of Fatigue

To mitigate these problems, in this paper, we intend to develop a computationally low-cost general purpose feature descriptor that can perform well in diversified applications.

EURASIP Journal on Image and Video Processing

We have confined our sparse disparity map estimation on image edges because (1) the block matching-based disparity estimation, irrespective of the similarity metric used, can best be done on non-flat image patches and (2) HVS is most sensitive to edges; hence, a computationally low-cost approach should be prioritized on edges.

EURASIP Journal on Image and Video Processing

In this study, the average eigenvalue criterion was applied because it is an objective, computationally low-cost method which has shown good results according to Valle et al. [ 13].

BMC Medical Research Methodology

Large-scale sequencing projects offer a possibility for low cost SNP discovery since sequence variants can be found computationally by analysing the redundancy in sequence databases.

BMC Genomics

Cost: Free or low cost.

The New York Times - Health

At very low cost.

The Economist

It's low cost.

The New York Times

Low cost.

Harvard Business Review

Expert writing Tips

Best practice

When describing algorithms or processes, use "computationally low cost" to emphasize efficiency and accessibility, particularly when targeting a broad audience with limited computational resources.

Common error

Avoid using "computationally low cost" in contexts where precision is required. Instead, quantify the computational cost using metrics like FLOPS or memory usage for clarity.

Linguistic Context

The phrase "computationally low cost" functions as an adjective phrase, modifying a noun to describe something that requires few computational resources. As confirmed by Ludwig AI, this phrase is valid in English.

Expression frequency: Rare

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "computationally low cost" is a grammatically correct adjective phrase used to describe processes or algorithms that require minimal computational resources. As confirmed by Ludwig AI, it is most commonly found in scientific and technical contexts where efficiency and affordability are important considerations. While the phrase is relatively rare, with only a few examples available, it serves as a clear and concise way to communicate the resource-friendliness of a given method. Alternative phrases such as "computationally inexpensive" or "computationally efficient" can be used for similar effect.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

computationally inexpensive

Focuses on the affordability of the computation.

low computational complexity

Highlights the reduced complexity of the computation.

computationally efficient

Emphasizes the efficiency of the computation.

lightweight computation

Suggests the computation is not resource-intensive.

low overhead computation

Indicates minimal additional resources are required.

resource-efficient computation

Focuses on efficient usage of computational resources.

economical computation

Highlights the economic advantages of the computation.

optimized computation

Suggests the computation has been improved for efficiency.

simple computation

Emphasizes the simplicity of the computational process.

cost-effective computation

Highlights the balance between cost and effectiveness.

FAQs

What does "computationally low cost" mean?

The term "computationally low cost" refers to processes or algorithms that require minimal computational resources, such as processing power, memory, or time, to execute. This makes them suitable for use in environments with limited resources or when speed is critical.

How can I describe a process that requires few computational resources?

You can use phrases like "computationally inexpensive", "lightweight computation", or "computationally efficient" to describe a process that requires minimal computational resources.

Is "computationally low cost" the same as "computationally inexpensive"?

While similar, "computationally low cost" emphasizes the overall cost (including resources and time), whereas "computationally inexpensive" focuses more on the affordability of the computation in terms of direct expenses.

When is it appropriate to use "computationally low cost" in technical writing?

It is appropriate to use "computationally low cost" in technical writing when you want to highlight the efficiency and resource-friendliness of a particular method or algorithm, especially when comparing it to more resource-intensive alternatives.