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CS605 Software Engineering-II Assignment No.2 Solution Spring Semester 2013
Assignment No. 2
Semester Spring 2013
Course name – CS605
Total Marks: 15
Due Date: 18/5/2013
Objective:
To learn and understand basic concepts of Function point analysis and RET ( Record Element Type).
Instructions:
Please read the following instructions carefully before solving & submitting assignment:
Assignment should be in your own wordings not copied from net, handouts or books.
It should be clear that your assignment will not get any credit (zero marks) if:
The assignment is submitted after due date.
The submitted assignment does not open or if file is corrupt.
The assignment is copied (from other student or copy from handouts or internet).
For any query about the assignment, contact at cs605@vu.edu.pk
GOOD LUCK
Q1. 5 marks
For an inventory control system, calculate the Function Point Count (FP) for which the following measures are given:
Degree of Influence (DI) = 50
Unadjusted Function Point (UFP) = 2
Q3. In a bank HR department has launched online application to record employee’s data. The employee’s data includes employee name, registration no, qualification and experience. The employees have been classified as hourly employee, salaried employee. Either type of employee can have information about the dependents and the field of experience. Identify the RETs (Record Element Type) in the above scenario.
5 marks
Q2. Calculate Total degree of Influence, Function Point count (FP) and Value Adjustment Factor (VAF) on the basis of the following data:
UFP= 318 5 marks
General System Characteristics
Degree of Influence
Data Communication
2
Distribute Data Processing
0
Performance
5
Heavily used Configuration
4
Transaction Rate
2
Online Data Entry
4
End User Efficiency
5
Online Update
3
Complex Processing
4
Reusability
5
Installation Ease
4
Operational Ease
5
Multiple Sites
5
Facilitate Charges
5
Note:
Assignment should be in .doc format.
Your answer should be “to the point”
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Nadeem Gujjar
Assignment#2
Software Engineering II
CS 605
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Question No 1:-
For an inventory control system, calculate the Function Point Count (FP) for which the following measures are given:
Degree of Influence (DI) = 50
Unadjusted Function Point (UFP) = 2
Function Point Count (FP) =?
FP = UFP*VAF
Here first we calculate value adjustment factor (VAF), so
VAF = 0.65+DI/100
VAF = 0.65+50/100
VAF=0.65+0.5
VAF=1.15
Now
FP = UFP*VAF
FP = 2*1.15
FP = 2.3 Answer
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Question No 3:-
In a bank HR department has launched online application to record employee’s data. The employee’s data includes employee name, registration no, qualification and experience. The employees have been classified as hourly employee, salaried employee. Either type of employee can have information about the dependents and the field of experience. Identify the RETs (Record Element Type) in the above scenario.
Answer:-
In the above scenario the RET will be,
(1) Salaried employee (mandatory) = includes general information
(2) Hourly employee (mandatory) = includes general information
(3) Dependent (optional)
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Question No 2:-
Calculate Total degree of Influence, Function Point count (FP) and Value Adjustment Factor (VAF) on the basis of the following data:
UFP= 318
General System Characteristics Degree of Influence
Data Communication 2
Distribute Data Processing 0
Performance 5
Heavily used Configuration 4
Transaction Rate 2
Online Data Entry 4
End User Efficiency 5
Online Update 3
Complex Processing 4
Reusability 5
Installation Ease 4
Operational Ease 5
Multiple Sites 5
Facilitate Charges 5
=====================================================================
Total Degree of Influence =?
Function Point (FP) count =?
Value adjustment factor =?
UFP = 318
Total degree of influence = some of score of 14 general system characteristics
Total degree of influence = 2+0+5+4+2+4+5+3+4+5+4+5+5+5 = 53
Value adjustment factor (VAF) = 0.65+DI/100
Value adjustment factor (VAF) = 0.65 +53/100
Value adjustment factor (VAF) = 0.65+0.53
Value adjustment factor (VAF) = 1.18
FP = UFP*VAF
FP = 318*1.18
FP = 375.24 Answer
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Plzzzzzz pray 4 me and my parents.....
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Plzz don't copy paste.....Just take the idea.....
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Naddem Gujjar……………Quiz no#2………19/5/2013.
Software engineering II……CS 605…..MCS(III)
Q 1
The extent to which a program can be reused in other applications is called ______
Reliability
Performance
Usability
Reusability
Q.2
Identify the most appropriate statement:
The quality of the software specification is of extreme importance.
The non functional requirements can be skipped
The non functional requirement does not impact the quality of product.
None of the given options.
Q.3
.........technique was initially developed for manufacturing processes in the 1920’s by Walter Shewart.
Upper Control Line
Contorl chart
CMP
Quality
Q.4
In context of moving range and individual control charts, UNPL stands for:
Universal Natural Process Line
Universal Natural Process Limit
Upper Natural Process Limit
Upper Natural Process Line
Q.5
The amount of "computing resources", required by a program to perform its function is …………………
Efficiency
Integrity
Reliability
None of given
Q.6
For software the total numbers of requirements are equal to ________
Functional requirements not confirm
Non functional requirements
Functional requirements + non functional requirements
None of the given options
Q.7
When more than one users interpret the same requirement in different ways then we can say that the requirement is:
None of the given
Incomplete
Ambiguous
Incorrect
Q.8
If the gap between the defects reported and defects fixed is increasing, then it means that:
The product is in status quo
The product is near deployment
The product is in unstable condition
The product is in stable condition
Q.9
Which statement is correct?
Coupling does not depend on interdependency between components
The greater the dependency between the components the lesser is coupling
The lesser the dependency between the components the greater is coupling
The greater the dependency between the components the greater is coupling
Q.10
Extent to which access to software or data by unauthorized persons can be controlled, is called _______
None of given
Efficiency
Reliability
Integrity
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