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documentclass{article}

usepackage{mathtools} % for 'drcases' environment

begin{document}



[

begin{drcases}

g^l_{ij} = frac{partial e}{partial w^l_{ij}} = dots\

w^l_{ij} = dots

end{drcases}

qquad

begin{tabular}{@{}l}

for $l=dots$\

for $i=dots$\

for $j=dots$

end{tabular}

]

end{document}

documentclass{article}

usepackage{mathtools} % for 'drcases' environment

begin{document}



[

begin{drcases}

g^l_{ij} = frac{partial e}{partial w^l_{ij}} = dots\

w^l_{ij} = dots

end{drcases}

qquad

begin{tabular}{@{}l}

for $l=dots$\

for $i=dots$\

for $j=dots$

end{tabular}

]

end{document}

documentclass{article}

usepackage{mathtools} % for 'drcases' environment

begin{document}



[

begin{drcases}

g^l_{ij} = frac{partial e}{partial w^l_{ij}} = dots\

w^l_{ij} = dots

end{drcases}

qquad

begin{tabular}{@{}l}

for $l=dots$\

for $i=dots$\

for $j=dots$

end{tabular}

]

end{document}

documentclass{article}

usepackage{mathtools} % for 'drcases' environment

begin{document}



[

begin{drcases}

g^l_{ij} = frac{partial e}{partial w^l_{ij}} = dots\

w^l_{ij} = dots

end{drcases}

qquad

begin{tabular}{@{}l}

for $l=dots$\

for $i=dots$\

for $j=dots$

end{tabular}

]

end{document}

add a comment | 

documentclass{article}

usepackage{mathtools}

begin{document}

begin{align*}

   left.begin{aligned}

  g_{ij}^i &=frac{partial e}{partial w_{ij}^I}=A(I_i)delta^{ell+1}_j\

  w_{ij}^i &=w_{ij}^ell-r,g_{ij}^ell\  

  end{aligned}right}qquad

  begin{array}{l}

  text{for $ell=1,2,3,dots L$,}\

  text{for $i=0,1,2,dots N^{ell+1}$,}\

  text{for $j=1,2,3,dots N^{ell+1+2}$}

  end{array}

end{align*}

end{document}

documentclass{article}

usepackage{mathtools}

begin{document}

begin{align*}

   left.begin{aligned}

  g_{ij}^i &=frac{partial e}{partial w_{ij}^I}=A(I_i)delta^{ell+1}_j\

  w_{ij}^i &=w_{ij}^ell-r,g_{ij}^ell\  

  end{aligned}right}qquad

  begin{array}{l}

  text{for $ell=1,2,3,dots L$,}\

  text{for $i=0,1,2,dots N^{ell+1}$,}\

  text{for $j=1,2,3,dots N^{ell+1+2}$}

  end{array}

end{align*}

end{document}

documentclass{article}

usepackage{mathtools}

begin{document}

begin{align*}

   left.begin{aligned}

  g_{ij}^i &=frac{partial e}{partial w_{ij}^I}=A(I_i)delta^{ell+1}_j\

  w_{ij}^i &=w_{ij}^ell-r,g_{ij}^ell\  

  end{aligned}right}qquad

  begin{array}{l}

  text{for $ell=1,2,3,dots L$,}\

  text{for $i=0,1,2,dots N^{ell+1}$,}\

  text{for $j=1,2,3,dots N^{ell+1+2}$}

  end{array}

end{align*}

end{document}

documentclass{article}

usepackage{mathtools}

begin{document}

begin{align*}

   left.begin{aligned}

  g_{ij}^i &=frac{partial e}{partial w_{ij}^I}=A(I_i)delta^{ell+1}_j\

  w_{ij}^i &=w_{ij}^ell-r,g_{ij}^ell\  

  end{aligned}right}qquad

  begin{array}{l}

  text{for $ell=1,2,3,dots L$,}\

  text{for $i=0,1,2,dots N^{ell+1}$,}\

  text{for $j=1,2,3,dots N^{ell+1+2}$}

  end{array}

end{align*}

end{document}

add a comment | 

documentclass{article}

usepackage{amsmath}



newcommand{pder}[2]{frac{partial #1}{partial #2}}



begin{document}



[

left.

begin{aligned}

g_{ij}^l &= pder{e}{w_{ij}^l} = mathcal{A}(I_i^l)delta_i^{l+1}

\[2ex]

w_{ij}^l &= w_{ij}^l-rg_{ij}^l

end{aligned}

right}

qquad

begin{alignedat}{2}

&text{for} &quad l &= 1,2,3,dots, L,\

&text{for} &      i &= 0,1,2,dots, N^{l+1},\

&text{for} &      j &= 1,2,3,dots, N^{l+1}.

end{alignedat}

]

end{document}

documentclass{article}

usepackage{amsmath}



newcommand{pder}[2]{frac{partial #1}{partial #2}}



begin{document}



[

left.

begin{aligned}

g_{ij}^l &= pder{e}{w_{ij}^l} = mathcal{A}(I_i^l)delta_i^{l+1}

\[2ex]

w_{ij}^l &= w_{ij}^l-rg_{ij}^l

end{aligned}

right}

qquad

begin{alignedat}{2}

&text{for} &quad l &= 1,2,3,dots, L,\

&text{for} &      i &= 0,1,2,dots, N^{l+1},\

&text{for} &      j &= 1,2,3,dots, N^{l+1}.

end{alignedat}

]

end{document}

documentclass{article}

usepackage{amsmath}



newcommand{pder}[2]{frac{partial #1}{partial #2}}



begin{document}



[

left.

begin{aligned}

g_{ij}^l &= pder{e}{w_{ij}^l} = mathcal{A}(I_i^l)delta_i^{l+1}

\[2ex]

w_{ij}^l &= w_{ij}^l-rg_{ij}^l

end{aligned}

right}

qquad

begin{alignedat}{2}

&text{for} &quad l &= 1,2,3,dots, L,\

&text{for} &      i &= 0,1,2,dots, N^{l+1},\

&text{for} &      j &= 1,2,3,dots, N^{l+1}.

end{alignedat}

]

end{document}

documentclass{article}

usepackage{amsmath}



newcommand{pder}[2]{frac{partial #1}{partial #2}}



begin{document}



[

left.

begin{aligned}

g_{ij}^l &= pder{e}{w_{ij}^l} = mathcal{A}(I_i^l)delta_i^{l+1}

\[2ex]

w_{ij}^l &= w_{ij}^l-rg_{ij}^l

end{aligned}

right}

qquad

begin{alignedat}{2}

&text{for} &quad l &= 1,2,3,dots, L,\

&text{for} &      i &= 0,1,2,dots, N^{l+1},\

&text{for} &      j &= 1,2,3,dots, N^{l+1}.

end{alignedat}

]

end{document}

add a comment |