Sentence examples for basic steps required from inspiring English sources

The basic steps required to design a program are to solve the right problem by asking the right questions, breaking the problem into smaller or manageable problem, writing pseudocode, and implementing the actual code.

Rabbi Paul J. Menitoff, executive vice president of the Central Conference of American Rabbis, a Reform group, said he was impressed that Mr. Clinton's remarks had followed the basic steps required for repentance on Yom Kippur, the Day of Atonement: a candid admission of wrongdoing, an apology to those wronged, a plea for forgiveness and a pledge to avoid such behavior in the future.

This measure may be converted into a function of type \(\mathbb{N} \rightarrow \mathbb{N}\) by considering \(t_{M}(n) = \max \{time_M x) : \lvert x\rvert = n \}\) – i.e. the worst case time complexity of \(M\) defined as the maximum number of basic steps required for \(M\) to halt and return an output for all inputs \(x\) of size \(n\).

Although the basic steps required for fusion are known, it is unclear which step or steps fail during the development of CL/P.

The steps below are the basic steps required to provide the highest level of cleaning for your list that will lead to a successful marketing campaign.

Two basic steps are required to develop the ML-based systems: 1. Training: The machine-learning model must be trained to use the annotations that are present in the annotated documents.

Some basic steps are required to facilitate them in improving their efficacy and effectiveness.

This case study provided a basic understanding of the detailed steps required in conceiving, designing, and implementing a wireless campus network as well as the high-level steps that apply to all wireless design projects.

This observation suggests that strict phylogeny of function in the Rab superfamily has been maintained and steps required for the basic vesicular transport were almost same in both these kinetoplastids.

These steps required the most work!

The efficiency of a machine \(M\) is measured in terms of its time complexity – i.e. the number of basic steps \ time_M x)\) required for \(M\) to halt and return an output for the input \(x\) (where the precise notion of 'basic step' will vary with the model \(\mathfrak{M}\)).