Difference between revisions of "Increasing the importance of software in products"
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==Paradigms:== | ==Paradigms:== | ||
Future products will use more software and be more complex those of today. | |||
In product development software is the most economical and reliable way to | |||
implement almost any sophisticated functions. Software is now a critical | |||
element of computers, television sets, cell phones, and automobiles. | |||
(from "The winning of software" : Watts Humphrey) | |||
Below picture can show the typical example. Today, the 80% of aircraft | |||
functionality is up to software. | |||
[[Image:SW_Aircraft.jpg]] | |||
==Experts:== | ==Experts:== | ||
Revision as of 11:35, 17 November 2005
Increasing the importance of software in products
Description:
Future products will use more software and be more complex those of today.
In product development software is the most economical and reliable way to
implement almost any sophisticated functions. Software is now a critical
element of computers, television sets, cell phones, and automobiles.
(from "The winning of software" : Watts Humphrey)
Below picture can show the typical example. Today, the 80% of aircraft
functionality is up to software.
Enablers:
● The volume of software grow...
- more applications - more users for each application - more code required per application
Inhibitors:
● Cost, schedule, and quality problems will be worse with larger systems
Paradigms:
Future products will use more software and be more complex those of today.
In product development software is the most economical and reliable way to
implement almost any sophisticated functions. Software is now a critical
element of computers, television sets, cell phones, and automobiles.
(from "The winning of software" : Watts Humphrey)
Below picture can show the typical example. Today, the 80% of aircraft
functionality is up to software.
Experts:
● Master Black Belt
● Black Belt
Timing:
Web Resources:
http://www.sei.cmu.edu