This model is used after the completion of the detailed architecture of application generator, infrastructure, system integration. For this it uses Post Architecture Estimation Model. It supports estimation in the post architecture stage of a project. This model is used in early design stage of application generators, infrastructure, system integration. For this it uses Early Design Estimation Model. It supports estimation in the early design stage of the project, when we less know about it. This model is used for the prototyping stage of application generator and system integration. For this it uses Application Composition Estimation Model. This category provides infrastructure for the software development like Operating System, Database Management System, User Interface Management System, Networking System, etc. This category deals with large scale and highly embedded systems. It includes GUI, Databases, domain specific components such as financial, medical or industrial process control packages. There are a number of different types: The Basic COCOMO Model estimates the effort required to develop software in three modes of development (Organic Mode. This category is too diversified and to be handled by prepackaged solutions. Typical firms operating in this sector are Microsoft, Lotus, Their product will have many reusable components.

This category will create largely prepackaged capabilities for user programming. Application Generators and Composition Aids –

Software Engineering | Coupling and Cohesion.

Difference between Pilot Testing and Alpha Testing.

Difference between Pilot Testing and Beta Testing.

Difference between Alpha and Beta Testing.

Software Engineering | Integration Testing.

Software Engineering | Seven Principles of software testing.

Differences between Black Box Testing vs White Box Testing.

Software Engineering | White box Testing.

The cocomo model tutorial gives you an insight into how the use the software. There are plenty of places and websites that offer top quality cocomo model tutorial.

Software Engineering | Black box testing The COCOMO model is the most accurate cost estimation technique and is the best way to determine is a project is feasible or not.

Software Engineering | Testing Guidelines.

Cost and efforts of software maintenance.

Software Engineering | Software Maintenance.

Software Engineering | System configuration management.

Software Engineering | Project size estimation techniques.

Software Engineering | Functional Point (FP) Analysis.

Software Engineering | Calculation of Function Point (FP).

Difference between COCOMO 1 and COCOMO 2.

ISRO CS Syllabus for Scientist/Engineer Exam.

ISRO CS Original Papers and Official Keys.

GATE CS Original Papers and Official Keys.

Cocomo model types