SEI Capability Maturity Model Integration (CMMI)

Why Register?

Search: Bibliographic Database(SEBD) Lifecycle Database(SLED) DoD Acronyms

DACS Home

DACS Services

Publications

Training

About Us

DACS Store

Suggest A Link

Top : SEI Capability Maturity Model Integration (CMMI)

This Software Engineering Institute's project's objective is to develop a product suite that provides industry and government with a set of integrated products to support process and product improvement.

Case Studies (5) - Case studies about the CMMI or using the CMMI for software process improvement
Education and Training (16) - Education and Training Courses for the CMMI
Literature (2) - Books, papers, reports, and articles that contain useful information about the CMMI and its predecessor, the CMM.
Programs and Organizations (4) - Groups, programs and organizations that focus on the CMMI.
Service Providers/Consultants (8) - Service providers and consultants for the CMMI model.
Standards, Policies, and Procedures (3) - Government and Commercial Standards, Policies, and Procedures that apply to the CMMI.
Tools (8) - Software tools, spreadsheets and utilities that support SEI Capability Maturity Model Integration (CMMI).
Subtopics of Special Interest
- Process and Product Quality Assurance (PPQA) (2) - Process and Product Qualtiy Assurance is a critcal process area within the CMMI. It is the leading economic indicator of success when assessing whether process change will be successful. Successful implementation requires that you understand your orgnaizations culture.

Suggest Supporting Web Sites Click to Minimize/Maximize the suggestion

Related pages:

Topic Areas

Software Process Improvement (SPI) → SEI Process Improvement Models and Tools

Acronyms, Dictionaries, Glossaries & Other Library Resources

Agile Development

Cleanroom Software Engineering

Client/Server Architectures

Collaborative Software Engineering

Computer Aided Software Engineering (CASE)

Computer Security

Configuration Management

Cost Estimation

CWE/SANS Top 25 Most Dangerous Programming Errors

Data Mining, Data Warehousing and Knowledge Discovery

Distributed Object Technology (DOT)

Earned Value

Education and Training

High Performance Computing (HPC)

Object-Oriented (OO) Technologies

Open Source

Open Technology

Plans, Policies and Standards

Programming Languages

Project Management

Rapid Prototyping and Application Development

Requirements Engineering

Reuse of Software Assets

Software Architecture

Software Best Practices

Software Maintenance

Software Process Improvement (SPI)

Gold Practices Homepage

Acquisition Process Improvement

Architecture-First Approach

Assess Reuse Risks and Costs

Binary Quality Gates at the Inch-Pebble Level

Capture artifacts in rigorous, model-based notation

Commercial Specifications and Standards/Open Systems

Defect Tracking Against Quality Targets

Develop and Maintain a Life-cycle Business Case

Ensure Interoperability

Formal Inspections

Formal Risk Management

Goal-Question-Metric Approach

Integrated Product and Process Development

Manage Requirements

Metrics-based Scheduling

Model Based Testing

Plan for Technology Insertion

Requirements Trade-Off/Negotiation

Statistical Process Control

Track Earned Value

View our latest issue on

Model-Driven Development

DACS Latest Technical Report

TEMS Logo
Visit the DTIC TEMS Initiative

DACS Gold Practice Initiative

ROI Dashboard