Consider the Software project with the following inputs and outputs User inputs (Average) User outputs (Average) User requests (Average) Files (Average) External Interfaces(Average) 14 13 13 12 12 The weight factors are represented as follows: Simple Average Complex User inputs (Average) User outputs (Average) User requests (Average) Files (Average) External Interfaces (Average) 3. 4 7 3 4 7 10 15 7 10 Question a: Calculate the Unadjusted function points UFP Consider the technical complexity factors presented in the table below 1 Data communication 3 2 Distributed data processing 3 Performance criteria 4 Heavily utilized hardware 3 High transaction rates 4 Online data entry 5 7 Online updating 8. End-user efficiency 5 9. Complex computations 2 10 Reusability 11 Ease of installation 12 Ease of operation 1 13 Portability Maintainability 4 14 Question b: Calculate the degree of influence DI Question c: Calculate the Function Points Question d: Assuming that this software is written in COBOL Language and the LOC's per FP for COBOL is equal to 90 LOC and the qKLOC

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Software Project Management

Consider the Software project with the following inputs and outputs
User inputs (Average)
14
User outputs (Average)
13
User requests (Average)
Files (Average)
External Interfaces(Average)
13
12
12
The weight factors are represented as follows:
Simple
Average
Complex
User inputs (Average)
User outputs (Average)
User requests (Average)
Files (Average)
External Interfaces (Average)
3
4
6.
4
7
3
4
7
10
15
10
Question a:
Calculate the Unadjusted function points UFP
Consider the technical complexity factors presented in the table below
1
Data communication
3
2
Distributed data processing
Performance criteria
4
Heavily utilized hardware
3
High transaction rates
4
Online data entry
5
7
Online updating
3
8.
End-user efficiency
5
Complex computations
2
10
Reusability
4
11
Ease of installation
3
12
Ease of operation
1
13
Portability
4
14
Maintainability
1
Question b: Calculate the degree of influence DI
Question c: Calculate the Function Points
Question d: Assuming that this software is written in COBOL Language and the LOC's per FP for
COBOL is equal to 90 LOC and the qKLOC
Transcribed Image Text:Consider the Software project with the following inputs and outputs User inputs (Average) 14 User outputs (Average) 13 User requests (Average) Files (Average) External Interfaces(Average) 13 12 12 The weight factors are represented as follows: Simple Average Complex User inputs (Average) User outputs (Average) User requests (Average) Files (Average) External Interfaces (Average) 3 4 6. 4 7 3 4 7 10 15 10 Question a: Calculate the Unadjusted function points UFP Consider the technical complexity factors presented in the table below 1 Data communication 3 2 Distributed data processing Performance criteria 4 Heavily utilized hardware 3 High transaction rates 4 Online data entry 5 7 Online updating 3 8. End-user efficiency 5 Complex computations 2 10 Reusability 4 11 Ease of installation 3 12 Ease of operation 1 13 Portability 4 14 Maintainability 1 Question b: Calculate the degree of influence DI Question c: Calculate the Function Points Question d: Assuming that this software is written in COBOL Language and the LOC's per FP for COBOL is equal to 90 LOC and the qKLOC
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