Email:
Password: [?] 
  Register with the DACS
Site Search: Advanced Search
Search: Bibliographic Database(SEBD)     Lifecycle Database(SLED)    DoD Acronyms 
DACS Home DACS Services Publications Training About Us DACS Store Suggest A Link
Rate this page's content:
  poor
excellent


Software engineering process is concerned with the definition, implementation, assessment, measurement, management, change, and improvement of the software engineering process itself. SWEBOK divides this knowledge area into process implementation and change, process definition, process assessment, and process and product measurements.
  • Measurement (5) - Techniques or methods that apply software measures to software engineering objects to achieve predefined goals. A measure is a mapping from a set of software engineering objects to a set of mathematical objects. Measurement goals vary with the software engineering object being measured, the purpose of measurement, who is interested in these measurements, which properties are being measured, and the environment in which measurement is being performed. Examples of measures include software size, Halstead's software science measures, and McCabe's cyclomatic complexity. Associated models include sizing models, cost models, and software reliability models.

  • SEI Process Improvement Models and Tools (7) - This area provides information on several of the Software Engineering Institute's (SEI) maturity models as well as software Tools to help in process improvement.

  • Acquisition Process Improvement - The analysis of current software acquisition processes for deficiencies and implementing new/modified processes to correct those deficiencies, including specific process-oriented tools, methods, models, etc. (such as the SEI SA-CMM ® and CMMI-AM®) to aid in process improvement.

Suggest Supporting Web Sites
sidebar
sidebar
sidebar

s

s

s

s


SISOS cover
DACS Latest Technical Report


TEMS Logo
Visit the DTIC TEMS Initiative

   DACS Gold Practice Initiative ROI Dashboard
 
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
  Access benefit data from software technical and management improvements including SEI CMMI, PSP/TSP, Cleanroom, Inspections, and Agile Development.

View the ROI Dashboard
Copyright © 2010, ITT Corporation    Privacy Policy
webmaster@thedacs.com
775 Daedalian Drive Rome, NY 13441
(800) 214-7921 Fax: 315-838-7130
This site is best viewed in Firefox 1.0+ or IE 6.0+
XHTML