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You are responsible to do the cost estimation for an e-banking website development project. Based on your previous project experience, you have estimated that each function point is estimated to have the number of count and weighting factor as in Table I. (i) Calculate the total estimated number of counts for each function point. (ii) Calculate the total function point count for the system. (iii) In order to have a more accurate estimation, a value adjustment factor table is developed as in Table II. By using the Function Point Estimation Formula below, determine the final estimated function point for the developed system. Estimated FP, FPestimated = Count l'otal x (0.65 +0.01 * {(r) (iv) If the average productivity for each developer is 6.5 FP/pm and the basic monthly payment for full- time development is RM3,000.00 per developer, estimate the total project cost. 115 Marks Function Point Count No Information Domain Value Optimistic Most Likely Pessimistic Weighting Count Count Count Factor 1 External Inputs (Els) 20 24 34 3 2 External Outputs (EOS) 12 15 24 7 3 External Enquiries (EQ) 15 21 33 4 4 Internal Logical Files (ILFs) 3 5 7 10 5 External Interface Files (EIFS) 2 3 4 5 TOTAL COUNT Table 1 - Estimated Function Point Count and Its Weighting Factors Value 5 4 3 5 3 5 3 5 No. Factor 1 Require Backup & Recovery? 2 Require Data Communication? 3 Any Distributed Processing? 4 Is Performance Critical? 5 Using Existing Operating Environment? 6 Require Online Data Entry? 7 Require Input Transaction on Multiple Screens? 8 Does ILFs Updated Online? 9 Does Information Values Complex? 10 Does Internal Processing Complex? 11 Does Code Design Reusable? 12 Does Conversion/Installation Included? 13 Does the System Design for Multiple Installation? 14 Does the Application Designed for Changed? Total Value Adjustment Factor, E(F1) Table II - Value Adjustment Factor Table 3 4 4 3 4 4 You are responsible to do the cost estimation for an e-banking website development project. Based on your previous project experience, you have estimated that each function point is estimated to have the number of count and weighting factor as in Table I. (i) Calculate the total estimated number of counts for each function point. (ii) Calculate the total function point count for the system. (iii) In order to have a more accurate estimation, a value adjustment factor table is developed as in Table II. By using the Function Point Estimation Formula below, determine the final estimated function point for the developed system. Estimated FP, FPestimated = Count l'otal x (0.65 +0.01 * {(r) (iv) If the average productivity for each developer is 6.5 FP/pm and the basic monthly payment for full- time development is RM3,000.00 per developer, estimate the total project cost. 115 Marks Function Point Count No Information Domain Value Optimistic Most Likely Pessimistic Weighting Count Count Count Factor 1 External Inputs (Els) 20 24 34 3 2 External Outputs (EOS) 12 15 24 7 3 External Enquiries (EQ) 15 21 33 4 4 Internal Logical Files (ILFs) 3 5 7 10 5 External Interface Files (EIFS) 2 3 4 5 TOTAL COUNT Table 1 - Estimated Function Point Count and Its Weighting Factors Value 5 4 3 5 3 5 3 5 No. Factor 1 Require Backup & Recovery? 2 Require Data Communication? 3 Any Distributed Processing? 4 Is Performance Critical? 5 Using Existing Operating Environment? 6 Require Online Data Entry? 7 Require Input Transaction on Multiple Screens? 8 Does ILFs Updated Online? 9 Does Information Values Complex? 10 Does Internal Processing Complex? 11 Does Code Design Reusable? 12 Does Conversion/Installation Included? 13 Does the System Design for Multiple Installation? 14 Does the Application Designed for Changed? Total Value Adjustment Factor, E(F1) Table II - Value Adjustment Factor Table 3 4 4 3 4 4