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The Q-function
(m11537)
Authors:
Clayton Scott
,
Robert Nowak
Keywords:
complementary cumulative distribution function
Subject:
Mathematics and Statistics,
Science and Technology
Language:
English
Popularity:
97.43%
Revised:
2003-08-07
Revisions:
2
Q1: Is Global Climate Change Really Happening?
(m21055)
Author:
Ronald Sass
Keywords:
climate change
,
global warming
Summary:
Detecting, over time, a definite trend in the direction of change in the global climate: Is it really happening?
Subject:
Mathematics and Statistics
Language:
English
Popularity:
62.87%
Revised:
2009-09-22
Revisions:
3
Q2: What are the Causes of Global Climate Change?
(m21057)
Author:
Ronald Sass
Keywords:
causes,
,
Climate change,
,
Global warming,
Summary:
What are the real causes of climate change?
Subject:
Mathematics and Statistics
Language:
English
Popularity:
57.42%
Revised:
2009-09-22
Revisions:
3
Q3: What can We Expect from Modelling Climate Change
(m21062)
Author:
Ronald Sass
Keywords:
climate change,
,
global warming,
Subject:
Mathematics and Statistics
Language:
English
Popularity:
43.68%
Revised:
2009-09-22
Revisions:
3
Q4: What can be done about climate change
(m21063)
Author:
Ronald Sass
Keywords:
climate change,
,
global warming,
Subject:
Mathematics and Statistics
Language:
English
Popularity:
48.52%
Revised:
2009-09-22
Revisions:
3
QFT - Quantitative Feedback Theory
(m11109)
Author:
Argyrios Zolotas
Keywords:
Controllers
,
Feedback
,
Frequency Response
,
Graphical Control Designs
,
MIMO
,
Optimisation
,
QFT
,
Quantitative
,
Robust Control
,
SISO
,
Theory
Summary:
Introduction to the QFT control method. QFT stands for Quantitative Feedback Theory, which emphasises the use of feedback in order to achieve adequate robust system performance tolerances despite the presence of plant and disturbances uncertainties. The robust control problem is formulated by a "quantitative means" for control design. The method ... robust control.
[Expand Summary]
Introduction to the QFT control method. QFT stands for Quantitative Feedback Theory, which emphasises the use of feedback in order to achieve adequate robust system performance tolerances despite the presence of plant and disturbances uncertainties. The robust control problem is formulated by a "quantitative means" for control design. The method is a very good introduction for students to become familiar with the idea of robust control.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
86.76%
Revised:
2006-05-06
Revisions:
8
QML 1.0
(m10136)
Authors:
Elizabeth Bartmess
,
Connexions
Keywords:
learning assessment
,
qml
,
questions markup language
,
spec
,
tutorials
Summary:
QML 1.0
Subject:
Science and Technology
Language:
English
Popularity:
69.26%
Revised:
2011-03-18
Revisions:
9
QML 1.0 examples
(m10139)
Authors:
Elizabeth Bartmess
,
Connexions
Keywords:
examples
,
qml
,
questions markup language
Summary:
Examples for Questions Markup Language 1.0.
Subject:
Science and Technology
Language:
English
Popularity:
80.36%
Revised:
2011-03-18
Revisions:
12
QML 1.0 faq
(m10196)
Authors:
Elizabeth Bartmess
,
Connexions
Keywords:
faq
,
learning assessment
,
qml
,
questions markup language
Summary:
FAQ for Questions Markup Language v1.0
Subject:
Science and Technology
Language:
English
Popularity:
58.56%
Revised:
2009-08-25
Revisions:
6
QML 1.0 language specification
(m10137)
Authors:
Elizabeth Bartmess
,
Brent Hendricks
,
Connexions
Keywords:
learning assessment
,
qml
,
questions markup language
,
spec
Summary:
Release 1.0 -- Initial release.
Subject:
Science and Technology
Language:
English
Popularity:
78.85%
Revised:
2009-08-25
Revisions:
10
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