Group 05 robort lab 03.

Slides:

Advertisements

Similar presentations

A SEMINAR ON COCOMO Presentation by, Kongkon Mahanta MCA 4 th sem Roll no- 8.

Advertisements

Airline Reservation System

Contents Introduction Requirements Engineering Project Management

Ch8: Management of Software Engineering. 1 Management of software engineering  Traditional engineering practice is to define a project around the product.

Contents Introduction Requirements Engineering Project Management

Contents Introduction Requirements Engineering Project Management

Planning and Estimating

CSC 395 – Software Engineering

An employee owned company Investigating the Default Behavior of Requirements Evolution in COCOMO II Dan Strickland Dynetics, Inc.

1 U08784 Software Project Management lecturer: Timothy Au url:

Information System Economics Software Project Cost Estimation.

 Probably the most time-consuming project management activity.  Continuous activity - Plans must be regularly revised.  Various different types of.

Cost22 1 Question of the day u If you were the boss, what would you do for cost estimation?

1 ECE 453 – CS 447 – SE 465 Software Testing & Quality Assurance Lecture 22 Instructor Paulo Alencar.

COCOMO Models Ognian Kabranov SEG3300 A&B W2004 R.L. Probert.

Project Management Estimation. LOC and FP Estimation –Lines of code and function points were described as basic data from which productivity metrics can.

Software Cost and Schedule Estimation Dr. Harry R. Erwin University of Sunderland.

By K Gopal Reddy.  Metrics in software are of two types.direct and indirect.  Function points as indirect metrics.  Function points are used to measure.

A Brief Introduction to COCOMO Hossein Saiedian EECS810: Software Engineering.

Group Members: Ayush Newatia, Barry Foye, Billy Felton, Kevin Anderson, Shahnaz Begum and Adam Jasinski Constructive Cost Model is a technique used to.

TextMonTuesWedThursFriSatSun Text example GANTT CHARTS Example text Text.

1 U08784 Software Project Management lecturer: Timothy Au url:

Cost13 1 Cost Estimation Estimates based on LOC. cost13 2 Boehm's COCOMO u Software Engineering Economics u Prentice-Hall c1981 u type COCOMO in a search.

T. E. Potok - University of Tennessee CS 594 Software Engineering Lecture 3 Dr. Thomas E. Potok

Cost Estimation What is estimated? –resources (humans, components, tools) –cost (person-months) –schedule (months) Why? –Personnel allocation –Contract.

Project Estimation Model By Deepika Chaudhary. Factors for estimation Initial estimates may have to be made on the basis of a high level user requirements.

Slide 9.1 Copyright © 2011 by The McGraw-Hill Companies, Inc. All rights reserved. Object-Oriented and Classical Software Engineering Eighth Edition, WCB/McGraw-Hill,

Software Project Planning Part II. Troutman's Postulates Profanity is the one language understood by all programmers. Not until a program has been in.

Slide 9.1 © The McGraw-Hill Companies, 2005 Object-Oriented and Classical Software Engineering Sixth Edition, WCB/McGraw-Hill, 2005 Stephen R. Schach

SFWR ENG 3KO4 Slide 1 Management of Software Engineering Chapter 8: Fundamentals of Software Engineering C. Ghezzi, M. Jazayeri, D. Mandrioli.

Software Project Estimation IMRAN ASHRAF

A2 Technology Product Design Systems and Control Notes DT4 - Exam.

Cost9a 1 Software Estimating Technology: A Survey Richard Stutzke Crosstalk, May96 text pp

©1999 Addison Wesley LongmanSlide 3.1 Managing IS Projects Planning –Decomposing Project into Activities –Estimating resources –Developing a schedule –Setting.

Rating Very Very Extra Cost Drivers Low Low Nominal High High High Product Attributes Required software reliability Database size.

Project Scope, Time and Cost IT Project Management PM Knowledge Areas:

بشرا رجائی برآورد هزینه نرم افزار.

Overview of Software Project Management cont Review – Class 6 Scheduling Tasks Project Management Activities CEN 4010 Class 8 – 09/22.

COCOMO Software Cost Estimating Model Lab 4 Demonstrator : Bandar Al Khalil.

PLANNING AND ESTIMATING

Project Management Chapter 3.

Project Management Techniques

Software Engineering.

Software Estimating Technology: A Survey

Software Project Planning and Tracking

Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

Software Project Management

Software Project Management

Software Project Management

Software Project Management

Software Project Management

Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

This presentation uses a free template provided by FPPT.com Software Project Management

Constructive Cost Model

Software Engineering.

COCOMO Model Basic.

Chapter 5: Software effort estimation- part 2

Activities During SPP Size Estimation

Estimation, Revision Control, Rose, and More?

Software Cost Estimation

PPT3: Project planning and management

COnstructive COst MOdel

Presentation transcript:

group 05 robort lab 03

Overview Cost Estimation using COCOMO Schedule Tracking using a GANTT Chart Milestones Completion using a PERT Chart Process Report Specification Analysis Management Report

Nominal Development Effort = 3.2 * (0.8)1.05 = 2.53 Cost Estimation : COCOMO Constructive Cost Model (COCOMO) Ei = a * (KDSI) b Ei : Nominal Development Effort Estimate in man-months a, b : constants KDSI : Delivered Source Instructions in Thousands Estimate of lines of source code : 800 (0.8K) COCOMO Software Development Mode : Organic Variables : a – 3.2, b – 1.05 Nominal Development Effort = 3.2 * (0.8)1.05 = 2.53

Nominal Development Effort = 3.2 * (0.8)1.05 = 2.53 Cost Estimation : COCOMO (contd.) COCOMO Software Development Effort Multipliers AttributesRatingSoftware Reliability1.0Product Complexity0.7Reliability1.0Programmer capability0.7Use of Software Tools1.0Required Development Schedule1.5Effort Adjustment Factor 0.735 Ei = a * (KDSI) b Ei : Nominal Development Effort Estimate in man-months a, b : constants KDSI : Delivered Source Instructions in Thousands Estimate of lines of source code : 800 (0.8K) COCOMO Software Development Mode : Organic Variables : a – 3.2, b – 1.05 Nominal Development Effort = 3.2 * (0.8)1.05 = 2.53