Module Processing Dependency Analysis
The question asks for the number or proportion of modules in a program architecture that are *not* dependent on prior processing.
Given:
- $S_1$: Total number of modules.
- $S_3$: Number of modules dependent on prior processing.
We need to find the count or proportion of modules that are independent of prior processing.
Calculating Non-Dependent Modules
The modules that are not dependent on prior processing are the total modules minus those that are dependent.
- Number of non-dependent modules = Total modules - Dependent modules
- Number of non-dependent modules = $S_1 - S_3$
However, the options provided are in the form of fractions or proportions relative to $S_1$. This implies the question is likely asking for the *proportion* of modules not dependent on prior processing.
Determining the Proportion
To find the proportion of non-dependent modules:
- Calculate the number of non-dependent modules: $S_1 - S_3$.
- Divide this number by the total number of modules ($S_1$): $ \text{Proportion} = \frac{S_1 - S_3}{S_1} $
- Simplify the expression: $ \text{Proportion} = \frac{S_1}{S_1} - \frac{S_3}{S_1} $ $ \text{Proportion} = 1 - \frac{S_3}{S_1} $
This result represents the fraction of modules that do not rely on prior processing.
Important Questions from Software Development Models
The process of compiling an intermediate language program into actual machine language on the target platform before execution is known as _______.
I. Just-in-time compiling
II. first-in-time compiling
The model in which the requirements are implemented by its category is
RAD software process model stands for
Arrange the following types of Cohesion from best to worst type.
(A) Logical Cohesion
(B) Sequential Cohesion
(C) Communication Cohesion
(D) Temporal Cohesion
(E) Procedural Cohesion
Choose the correct answer from the options given below:
Which of the following is not one of the principles of agile software development method?
