Non-iterative procedure

USAGE SUMMARY

The phrase "Non-iterative procedure" is correct and usable in written English.
It can be used in contexts where a process or method is described that does not involve repetition or iteration. Example: "The algorithm employs a non-iterative procedure to achieve results in a single pass."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

13 human-written examples

Then the structural responses are computed according to the design response spectra through a non-iterative procedure.

Soil Dynamics and Earthquake Engineering

First, a non-iterative procedure is suggested for identification of two points on the process Nyquist curve.

IFAC Proceedings Volumes

A general, non-iterative procedure for obtaining the steady temperature field in composite media is thus also established.

Composite Structures

We further develop a least-squares version of this approach in order to obtain a non-iterative procedure to obtain the inverse projection.

Applied Soft Computing

This correlation is featured by its simplicity in use and has non-iterative procedure to implement as the traditional published correlations in the literature.

Desalination

Priority list-based methods are a way out to this, as they produce robust results during a non-iterative procedure, and without help of trial and error efforts.

Energy

Human-verified similar examples from authoritative sources

Similar Expressions

47 human-written examples

This paper introduces a non-iterative algorithmic procedure to design water utilization networks in refineries and process plants.

Chemical Engineering Science

Since extreme learning machine is a non-iterative estimation procedure, it is faster than gradient-based algorithms which are iterative.

Applied Soft Computing

The relationship between the closed-loop poles and the transform parameters is derived as a quadratic form, which leads to a new non-iterative design procedure.

Engineering Structures

The present model, therefore, requires a non-iterative solution procedure that results in a unique solution and a smaller computational effort.

Journal of Sound and Vibration

In order to accelerate and simplify the training process of deep networks, non-iterative training procedures have been proposed.

Applied Soft Computing

Expert writing Tips

Best practice

When describing algorithms or processes, use "non-iterative procedure" to clearly indicate that the method does not involve repetitive steps, enhancing clarity and precision.

Common error

Avoid using "non-iterative procedure" as a blanket term for efficiency. While non-iterative methods can be faster, ensure that the specific context justifies this claim, as some non-iterative methods might have other computational drawbacks.

Linguistic Context

The phrase "non-iterative procedure" functions as a descriptive term, primarily used to specify that a particular method or algorithm does not involve iterative steps. As Ludwig AI confirms, it is grammatically correct and appropriate for technical writing.

Expression frequency: Uncommon

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "non-iterative procedure" is a grammatically sound and technically precise term used to describe methods that do not involve iterative steps. Predominantly found in scientific and engineering contexts, it serves to clearly differentiate such methods from their iterative counterparts. Ludwig AI confirms its correctness and usability in formal writing. When employing this phrase, ensure clarity about the efficiency gains and potential limitations compared to iterative techniques. Alternative phrases like "direct method" or "single-step process" can be used to convey similar meanings. While not overly frequent, its consistent application in authoritative sources underscores its value in technical communication.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Direct method

Emphasizes the directness of the approach, avoiding iterative steps.

Single-step process

Highlights that the process is completed in a single step without repetition.

One-pass approach

Focuses on completing the task in a single pass, contrasting with iterative methods.

Non-recursive method

Specifies the absence of recursion, a form of iteration, in the method.

Closed-form solution

Implies a direct mathematical solution without iterative approximations.

Analytical solution

Indicates a solution derived through analytical methods, avoiding iterative numerical techniques.

Deterministic algorithm

Highlights the deterministic nature, implying no iterative refinement.

Direct calculation

Emphasizes direct computation without intermediate iterative steps.

Non-cyclic process

Highlights that the process does not involve cyclic repetition.

Straightforward technique

Focuses on the simplicity and directness of the technique, avoiding complex iterations.

FAQs

How does a "non-iterative procedure" differ from an iterative one?

A "non-iterative procedure" completes a task in a single pass or a fixed number of steps without repetition, unlike an iterative procedure, which refines the result through repeated cycles until a desired outcome is achieved.

When is it appropriate to use a "non-iterative procedure"?

Use a "non-iterative procedure" when a direct solution is possible and efficient, or when the problem's constraints prevent the use of iterative methods due to time or resource limitations.

What are some alternatives to "non-iterative procedure"?

You can use alternatives like "direct method", "single-step process", or "one-pass approach" depending on the context.

Is a "non-iterative procedure" always faster or more efficient than an iterative one?

Not always. While "non-iterative procedure" can be faster due to the absence of repeated computations, the overall efficiency depends on the complexity of the direct solution compared to the convergence rate of an iterative method. Therefore, efficiency depends on the specific problem and algorithms involved.