AAM, 1

ACAP, 14

Acknowledgements, ii

Acronyms and Abbreviations, 1

Adapted Software Parameter Constraints, 8

Assessment and Assimilation Increment, 7

ASLOC, 1

ATPROD, 1

Automated Re-engineering, 10

Automatically Translated Code, 9

average staff level, 19

Banker, 2

Behrens, 2

Boehm, 2

Boehm, 5

Boehm, 2

Boehm, 2

Brown, ii

calibration, 2

Chulani, ii

Clark, ii

CM, 6

COCOMO 81, 1

COCOMO II: Assumptions, 2

COCOMO II.1997 Calibration, 5

COCOMO II.2000 Calibration, 5

Configuration Management, 9

Copyright Notice, iii

Cost drivers, 2

COTS, 5

COTS, 2

Counting Unadjusted Function Points, 2

CPLX Cost Driver, 12

Data Base Size, 10

Development Flexibility, 5

Diseconomies of Scale, 3

Distribution of Effort, 16

Distribution of Schedule, 8

DM, 6

DOCU, 2

DOCU Cost Driver, 13

Driver Rating Scales, 3

Early Design, 1

Early Design, 2

Early Design Model Drivers, 17

Early Design Model equations, 3

Effort and Schedule Distributions, 7

Effort Estimation, 2

Effort Multipliers, 9

Execution Time Constraint, 13

External Input, 3

External Inquiry, 3

External Interface Files, 3

External Output, 3

FCIL, 2

FCIL Cost Driver, 20

FLEX, 4

FP Counting Weights, 4

FSPM, 2

GFS, 2

Goethert, 2

Horowitz, ii

IFPUG, 2

IM, 6

Internal Logical File, 3

Introduction, 1

Jacobson, 5

Jones, 4

KPA Rating Levels, 6

Kruchten, 5

KSLOC, 3

KSLOC, 2

Kunkler, 2

Labor categories, 20

Language and Tool Experience, 15

LCA, 5

LCA, 2

LCA, 2

Life Cycle Objectives, 2

Life Cycle Phases, 6

Madachy, ii

Main Storage Constraint, 14

Maintenance Adjustment Factor, 2

Manuals, 10

MBASE and Rational Unified Process, 4

MBASE/RUP Model Activity, 11

MBASE/RUP Phase Definitions, 2

Model Calibration, 2

Module Interface Checks, 6

Multisite Development, 16

Nominal-Schedule Estimation Equations, 1

Parameter Values, 5

Parikh, 6

Park, 2

PCON, 3

Person-Months, 2

Personnel Capability, 18

Personnel Continuity, 15

Personnel Experience, 19

Personnel Factors, 14

PERT, 2

Phase Distribution, 6

Platform Difficulty, 19

Platform Volatility, 14

PLEX, 3

PM, 1

PMAT Ratings, 6

Post-Architecture, 1

Post-Architecture model, 2

Post-Architecture Model equations, 2

Post-Architecture Cost Drivers, 9

PREC, 4

Precedentedness, 4

PREX Cost Driver, 20

Product Complexity, 10

Product Design, 9

Programming, 9

Project Office Functions, 9

Programmer Capability, 15

Programmer Unfamiliarity, 8

Project Factors, 16

RAD, 3

Rapid Application Development, 2

Rating Scale for Software Understanding, 7

Reifer, ii

RELY, 2

RELY Maintenance Cost Driver, 2

Required Development Schedule, 17

Required Software Reliability, 10

RESL, 4

reused code, 2

Reuse Model, 6

Risk Resolution, 5

RUSE, 2

RUSE Cost Driver, 13

Scale Drivers, 2

SCED, 1

SCED, 2

schedule compression, 2

Schedule Estimation, 2

SECU, 3

Selby, 6

Self-Descriptive-ness, 7

SFj, 4

Sizing, 2

Sizing equations, 2

SLOC, 2

Software Maintenance, 2

Software Maintenance, 10

Source Code Counting Rules, 7

Steece, ii

Structure, 7

SU Increment to ESLOC, 7

Summary, 2

Team Cohesion, 6

TEAM Rating Components, 6

TCR, 4

TDEV, 1

TDEV, 2

TEAM, 4

Test Planning, 9

Time to Develop equation, 3

UFP Complexity Weights, 4

UFP to SLOC Conversion Ratios, 4

Unadjusted Function Points, 3

UNFM, 4

Use of Software Tools, 16

User Function Types, 3

Verification and Validation, 9

Warranty, iii

waterfall model, 2

Waterfall Model Phases and Milestones, 2

Work Breakdown Structure, 10

Zvegintzov, 6