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		<id>https://en.formulasearchengine.com/w/index.php?title=Regenerative_brake&amp;diff=3835</id>
		<title>Regenerative brake</title>
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		<updated>2014-01-29T18:39:30Z</updated>

		<summary type="html">&lt;p&gt;165.138.236.2: /* Limitations */ edited the location of the 1948 accident to match http://en.wikipedia.org/wiki/List_of_rail_accidents_%281930%E2%80%9349%29&lt;/p&gt;
&lt;hr /&gt;
&lt;div&gt;In [[mathematics]], for a given complex [[Hermitian matrix]] &amp;lt;math&amp;gt;M&amp;lt;/math&amp;gt; and nonzero [[vector (geometry)|vector]] &amp;lt;math&amp;gt;x&amp;lt;/math&amp;gt;, the &#039;&#039;&#039;Rayleigh quotient&#039;&#039;&#039;&amp;lt;ref&amp;gt;Also known as the &#039;&#039;&#039;Rayleigh–Ritz ratio&#039;&#039;&#039;; named after [[Walther Ritz]] and [[Lord Rayleigh]].&amp;lt;/ref&amp;gt; &amp;lt;math&amp;gt;R(M, x)&amp;lt;/math&amp;gt;, is defined as:&amp;lt;ref&amp;gt;Horn, R. A. and C. A. Johnson. 1985. &#039;&#039;Matrix Analysis&#039;&#039;. Cambridge University Press. pp. 176&amp;amp;ndash;180.&amp;lt;/ref&amp;gt;&amp;lt;ref&amp;gt;Parlet B. N. &#039;&#039;The symmetric eigenvalue problem&#039;&#039;, SIAM, Classics in Applied Mathematics,1998&amp;lt;/ref&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;R(M,x) := {x^{*} M x \over x^{*} x}.&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
For real matrices and vectors, the condition of being Hermitian reduces to that of being [[Symmetric matrix|symmetric]], and the [[conjugate transpose]] &amp;lt;math&amp;gt;x^{*}&amp;lt;/math&amp;gt; to the usual [[transpose]] &amp;lt;math&amp;gt;x&#039;&amp;lt;/math&amp;gt;. Note that &amp;lt;math&amp;gt;R(M, c x) = R(M,x)&amp;lt;/math&amp;gt; for any [[Real Numbers|real]] scalar &amp;lt;math&amp;gt;c \neq 0 &amp;lt;/math&amp;gt;. Recall that a Hermitian (or real symmetric) matrix has real [[eigenvalues]]. It can be shown that, for a given matrix, the Rayleigh quotient reaches its minimum value &amp;lt;math&amp;gt;\lambda_\min&amp;lt;/math&amp;gt; (the smallest [[eigenvalue]] of &amp;lt;math&amp;gt;M&amp;lt;/math&amp;gt;) when &amp;lt;math&amp;gt;x&amp;lt;/math&amp;gt; is &amp;lt;math&amp;gt;v_\min&amp;lt;/math&amp;gt; (the corresponding [[eigenvector]]). Similarly, &amp;lt;math&amp;gt;R(M, x) \leq \lambda_\max&amp;lt;/math&amp;gt; and &amp;lt;math&amp;gt;R(M, v_\max) = \lambda_\max&amp;lt;/math&amp;gt;. The Rayleigh quotient is used in the [[min-max theorem]] to get exact values of all eigenvalues. It is also used in [[eigenvalue algorithm]]s to obtain an eigenvalue approximation from an eigenvector approximation. Specifically, this is the basis for [[Rayleigh quotient iteration]].&lt;br /&gt;
&lt;br /&gt;
The range of the Rayleigh quotient is called a [[numerical range]].&lt;br /&gt;
&lt;br /&gt;
==Special case of covariance matrices==&lt;br /&gt;
An empirical [[covariance matrix]] &#039;&#039;M&#039;&#039; can be represented as the product &#039;&#039;A&#039;&#039;&amp;amp;apos; &#039;&#039;A&#039;&#039; of the [[data matrix (multivariate statistics)|data matrix]] &#039;&#039;A&#039;&#039; pre-multiplied by its transpose &#039;&#039;A&#039;&#039;&amp;amp;apos;. Being a symmetrical real matrix, &#039;&#039;M&#039;&#039; has non-negative eigenvalues, and orthogonal (or othogonalisable) eigenvectors, which can be demonstrated as follows.&lt;br /&gt;
&lt;br /&gt;
Firstly, that the eigenvalues &amp;lt;math&amp;gt;\lambda_i&amp;lt;/math&amp;gt; are non-negative:&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;M v_i = A&#039; A v_i = \lambda_i v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow v_i&#039; A&#039; A v_i = v_i&#039; \lambda_i v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow \left\| A v_i \right\|^2 = \lambda_i \left\| v_i \right\|^2&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow \lambda_i = \frac{\left\| A v_i \right\|^2}{\left\| v_i \right\|^2} \geq 0.&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
Secondly, that the eigenvectors &amp;lt;math&amp;gt;v_i&amp;lt;/math&amp;gt; are orthogonal to one another:&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;M v_i = \lambda _i v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow v_j&#039; M v_i = \lambda _i v_j&#039; v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow (M v_j )&#039; v_i = \lambda _i v_j&#039; v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow \lambda_j v_j &#039; v_i = \lambda _i v_j&#039; v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow (\lambda_j - \lambda_i) v_j &#039; v_i = 0&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\Rightarrow v_j &#039; v_i = 0&amp;lt;/math&amp;gt; (if the eigenvalues are different – in the case of multiplicity, the basis can be orthogonalized).&lt;br /&gt;
&lt;br /&gt;
To now establish that the Rayleigh quotient is maximised by the eigenvector with the largest eigenvalue, consider decomposing an arbitrary vector &amp;lt;math&amp;gt;x&amp;lt;/math&amp;gt; on the basis of the eigenvectors &#039;&#039;v&#039;&#039;&amp;lt;sub&amp;gt;&#039;&#039;i&#039;&#039;&amp;lt;/sub&amp;gt;:&lt;br /&gt;
:&amp;lt;math&amp;gt;x = \sum _{i=1} ^n \alpha _i v_i&amp;lt;/math&amp;gt;,  where  &amp;lt;math&amp;gt; \alpha_i = \frac{x&#039;v_i}{v_i&#039;v_i} = \frac{\langle x,v_i\rangle}{\left\| v_i \right\| ^2}&amp;lt;/math&amp;gt; is the coordinate of x orthogonally projected onto &amp;lt;math&amp;gt;v_i&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
so&lt;br /&gt;
:&amp;lt;math&amp;gt;R(M,x) = \frac{x&#039; A&#039; A x}{x&#039; x}&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
can be written&lt;br /&gt;
:&amp;lt;math&amp;gt;R(M,x) = \frac{(\sum _{j=1} ^n \alpha _j v_j)&#039; A&#039; A (\sum _{i=1} ^n \alpha _i v_i)}{(\sum _{j=1} ^n \alpha _j v_j)&#039; (\sum _{i=1} ^n \alpha _i v_i)}&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
which, by orthogonality of the eigenvectors, becomes:&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;R(M,x) = \frac{\sum _{i=1} ^n \alpha _i ^2 \lambda _i}{\sum _{i=1} ^n \alpha _i ^2} = \sum_{i=1}^n \lambda_i \frac{(x&#039;v_i)^2}{ (x&#039;x)( v_i&#039; v_i)}&lt;br /&gt;
&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
The last representation establishes that the Rayleigh quotient is the sum of the squared cosines of the angles formed by the vector &amp;lt;math&amp;gt;x&amp;lt;/math&amp;gt; and each eigenvector &amp;lt;math&amp;gt;v_i&amp;lt;/math&amp;gt;, weighted by corresponding eigenvalues.&lt;br /&gt;
&lt;br /&gt;
If a vector &amp;lt;math&amp;gt;x&amp;lt;/math&amp;gt; maximizes &amp;lt;math&amp;gt;R(M,x)&amp;lt;/math&amp;gt;, then any scalar multiple &amp;lt;math&amp;gt;k x&amp;lt;/math&amp;gt; (for &amp;lt;math&amp;gt;k \ne 0&amp;lt;/math&amp;gt;) also maximizes &#039;&#039;R&#039;&#039;, so the problem can be reduced to the [[Lagrange multipliers|Lagrange problem]] of maximizing &amp;lt;math&amp;gt;\sum _{i=1} ^n \alpha _i ^2 \lambda _i&amp;lt;/math&amp;gt; under the constraint that &amp;lt;math&amp;gt;\sum _{i=1} ^n \alpha _i ^2 = 1&amp;lt;/math&amp;gt;.&lt;br /&gt;
&lt;br /&gt;
Let &amp;lt;math&amp;gt;\beta_i \overset{\text{def}}= \alpha_i^2&amp;lt;/math&amp;gt;. This then becomes a [[linear program]], which always attains its maximum at one of the corners of the domain. A maximum point will have &amp;lt;math&amp;gt;\alpha _1 = \pm 1&amp;lt;/math&amp;gt; and &amp;lt;math&amp;gt;\forall i &amp;gt; 1, \alpha _i = 0&amp;lt;/math&amp;gt; (when the eigenvalues are ordered by decreasing magnitude).&lt;br /&gt;
&lt;br /&gt;
Thus, as advertised, the Rayleigh quotient is maximised by the eigenvector with the largest eigenvalue.&lt;br /&gt;
&lt;br /&gt;
=== Formulation using Lagrange multipliers ===&lt;br /&gt;
Alternatively, this result can be arrived at by the method of [[Lagrange multipliers]]. The problem is to find the [[critical point (mathematics)|critical points]] of the function&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;R(M,x) = x^T M x &amp;lt;/math&amp;gt;, &lt;br /&gt;
subject to the constraint &amp;lt;math&amp;gt;\|x\|^2 = x^Tx = 1.&amp;lt;/math&amp;gt;&lt;br /&gt;
I.e. to find the critical points of &lt;br /&gt;
:&amp;lt;math&amp;gt;\mathcal{L}(x) = x^T M x  -\lambda (x^Tx - 1), &amp;lt;/math&amp;gt;&lt;br /&gt;
where &amp;lt;math&amp;gt;\lambda &amp;lt;/math&amp;gt; is a Lagrange multiplier. The stationary points of &amp;lt;math&amp;gt;\mathcal{L}(x)&amp;lt;/math&amp;gt; occur at&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\frac{d\mathcal{L}(x)}{dx} = 0 &amp;lt;/math&amp;gt;&lt;br /&gt;
:&amp;lt;math&amp;gt;\therefore 2x^T M^T  - 2\lambda x^T = 0 &amp;lt;/math&amp;gt;&lt;br /&gt;
:&amp;lt;math&amp;gt;\therefore M x = \lambda x &amp;lt;/math&amp;gt;&lt;br /&gt;
and &amp;lt;math&amp;gt; R(M,x) = \frac{x^T M x}{x^T x} = \lambda \frac{x^Tx}{x^T x} = \lambda.&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
Therefore, the eigenvectors &amp;lt;math&amp;gt;x_1 \ldots x_n&amp;lt;/math&amp;gt; of &#039;&#039;M&#039;&#039; are the critical points of the Rayleigh Quotient and their corresponding eigenvalues &amp;lt;math&amp;gt;\lambda_1 \ldots \lambda_n&amp;lt;/math&amp;gt; are the stationary values of &#039;&#039;R&#039;&#039;.&lt;br /&gt;
&lt;br /&gt;
This property is the basis for [[principal components analysis]] and [[canonical correlation]].&lt;br /&gt;
&lt;br /&gt;
==Use in Sturm&amp;amp;ndash;Liouville theory==&lt;br /&gt;
[[Sturm&amp;amp;ndash;Liouville theory]] concerns the action of the [[linear operator]]&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;L(y) = \frac{1}{w(x)}\left(-\frac{d}{dx}\left[p(x)\frac{dy}{dx}\right] + q(x)y\right)&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
on the [[inner product space]] defined by&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\langle{y_1,y_2}\rangle = \int_a^b w(x)y_1(x)y_2(x) \, dx&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
of functions satisfying some specified [[boundary conditions]] at &#039;&#039;a&#039;&#039; and &#039;&#039;b&#039;&#039;. In this case the Rayleigh quotient is&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\frac{\langle{y,Ly}\rangle}{\langle{y,y}\rangle} = \frac{\int_a^b{y(x)\left(-\frac{d}{dx}\left[p(x)\frac{dy}{dx}\right] + q(x)y(x)\right)}dx}{\int_a^b{w(x)y(x)^2}dx}.&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
This is sometimes presented in an equivalent form, obtained by separating the integral in the numerator and using [[integration by parts]]:&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;\frac{\langle{y,Ly}\rangle}{\langle{y,y}\rangle} = \frac{\int_a^b{y(x)\left(-\frac{d}{dx}\left[p(x)y&#039;(x)\right]\right)}dx + \int_a^b{q(x)y(x)^2} \, dx}{\int_a^b{w(x)y(x)^2} \, dx}&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;= \frac{-y(x)\left[p(x)y&#039;(x)\right]|_a^b + \int_a^b{y&#039;(x)\left[p(x)y&#039;(x)\right]} \, dx + \int_a^b{q(x)y(x)^2} \, dx}{\int_a^b{w(x)y(x)^2} \, dx}&amp;lt;/math&amp;gt;&lt;br /&gt;
:&amp;lt;math&amp;gt;= \frac{-p(x)y(x)y&#039;(x)|_a^b + \int_a^b\left[p(x)y&#039;(x)^2 + q(x)y(x)^2\right] \, dx}{\int_a^b{w(x)y(x)^2} \, dx}.&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
==Generalization==&lt;br /&gt;
For a given pair &amp;lt;math&amp;gt;(A, B)&amp;lt;/math&amp;gt; of matrices, and a given non-zero vector &amp;lt;math&amp;gt;x&amp;lt;/math&amp;gt;, the &#039;&#039;&#039;generalized Rayleigh quotient&#039;&#039;&#039; is defined as:&lt;br /&gt;
&lt;br /&gt;
:&amp;lt;math&amp;gt;R(A,B; x) := \frac{x^* A x}{x^* B x}.&amp;lt;/math&amp;gt;&lt;br /&gt;
&lt;br /&gt;
The Generalized Rayleigh Quotient can be reduced to the Rayleigh Quotient &amp;lt;math&amp;gt;R(D, C^*x)&amp;lt;/math&amp;gt; through the transformation &amp;lt;math&amp;gt;D = C^{-1} A {C^*}^{-1}&amp;lt;/math&amp;gt; where &amp;lt;math&amp;gt;CC^*&amp;lt;/math&amp;gt; is the [[Cholesky decomposition]] of the Hermitian positive-definite matrix &amp;lt;math&amp;gt;B&amp;lt;/math&amp;gt;.&lt;br /&gt;
&lt;br /&gt;
==See also==&lt;br /&gt;
* [[Field of values]]&lt;br /&gt;
&lt;br /&gt;
==References==&lt;br /&gt;
&amp;lt;references/&amp;gt;&lt;br /&gt;
&lt;br /&gt;
==Further reading==&lt;br /&gt;
* Shi Yu, Léon-Charles Tranchevent, Bart Moor, Yves Moreau, &#039;&#039;[http://books.google.com/books?id=U6-ubGYgf7QC&amp;amp;dq=&#039;Rayleigh%E2%80%93Ritz+ratio%22+Rayleigh+quotient&amp;amp;source=gbs_navlinks_s Kernel-based Data Fusion for Machine Learning: Methods and Applications in Bioinformatics and Text Mining]&#039;&#039;, Ch. 2, Springer, 2011.&lt;br /&gt;
&lt;br /&gt;
{{DEFAULTSORT:Rayleigh Quotient}}&lt;br /&gt;
[[Category:Linear algebra]]&lt;/div&gt;</summary>
		<author><name>165.138.236.2</name></author>
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	<entry>
		<id>https://en.formulasearchengine.com/w/index.php?title=Schr%C3%B6dinger_equation&amp;diff=325742</id>
		<title>Schrödinger equation</title>
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		<updated>2009-10-15T13:26:06Z</updated>

		<summary type="html">&lt;p&gt;165.138.36.2: &lt;/p&gt;
&lt;hr /&gt;
&lt;div&gt;New Condominium Just HIGH Boulevard Vue (Orchard), Name +65-98531741 Singapore Many residential Singapore property sales involve shopping for property in Singapore at new launches. These are usually properties beneath development, being sold new by builders. The annual GSS (Great Singapore Sale) could have began only on May 25. But for property new launches, the GSS started much earlier. Worth Posted ON THE MARKET RETAIL STORE AT SIM LIM SQUARE 2ND GROUND, ROCHOR, BUGIS Improve in property taxes in Singapore to hit expat market&amp;lt;br&amp;gt;&amp;lt;br&amp;gt;One example is Estrivillas , a cluster- housing project in Jalan Lim Tai See, close to Sixth Avenue, which contains 38 semi-indifferent homes and one indifferent unit. Two months after its launch final November, 24 of the 39 items had already been offered. 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A nursing home alongside Braddell Highway has been suspended from admitting new patients with effect from 12 April after a affected person was reported to have been mistreated.&lt;/div&gt;</summary>
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