make tabs in the abbreviation list look similar

see #10

professional-debate/zkratky.tex

@@ -3,242 +3,242 @@
 
 	\novazkratka{AI}
 	      {AI}
-	      {Artificial intelligence}
+	      {\qquad Artificial intelligence}
 
 	\novazkratka{ANN}
 	      {ANN}
-	      {Artificial neural network}
+	      {\qquad Artificial neural network}
 
 	\novazkratka{ARVI}
 	      {ARVI}
-	      {Atmospherically resistant vegetation index}
+	      {\qquad Atmospherically resistant vegetation index}
 
 	\novazkratka{CD-CNN}
 	      {CD-CNN}
-	      {Contextual deep convolutional neural network}
+	      {\hspace{5.0mm} Contextual deep convolutional neural network}
 
 	\novazkratka{CI}
 	      {CI}
-	      {Crust index}
+	      {\qquad Crust index}
 
 	\novazkratka{CLC}
 	      {CLC}
-	      {CORINE land cover}
+	      {\qquad CORINE land cover}
 
 	\novazkratka{CNN}
 	      {CNN}
-	      {Convolutional neural network}
+	      {\qquad Convolutional neural network}
 
 	\novazkratka{CNN-PPF}
 	      {CNN-PPF}
-	      {Convolutional neural network using pixel-pair features}
+	      {\hspace{2.9mm} Convolutional neural network using pixel-pair features}
 
 	\novazkratka{CORINE}
 	      {CORINE}
-	      {Coordination of information on the environment}
+	      {\hspace{5.0mm} Coordination of information on the environment}
 
 	\novazkratka{CRF}
 	      {CRF}
-	      {Conditional random fields}
+	      {\qquad Conditional random fields}
 
 	\novazkratka{CRNN}
 	      {CRNN}
-	      {Convolutional recurrent neural network}
+	      {\qquad Convolutional recurrent neural network}
 
 	\novazkratka{DBI}
 	      {DBI}
-	      {Davies-Bouldin index}
+	      {\qquad Davies-Bouldin index}
 
 	\novazkratka{DL}
 	      {DL}
-	      {Deep learning}
+	      {\qquad Deep learning}
 
 	\novazkratka{DOAJ}
 	      {DOAJ}
-	      {Directory of Open Access Journals}
+	      {\qquad Directory of Open Access Journals}
 
 	\novazkratka{DSM}
 	      {DSM}
-	      {Digital surface model}
+	      {\qquad Digital surface model}
 
 	\novazkratka{EEA}
 	      {EEA}
-	      {European Environment Agency}
+	      {\qquad European Environment Agency}
 
 	\novazkratka{EO}
 	      {EO}
-	      {Earth observation}
+	      {\qquad Earth observation}
 
 	\novazkratka{EVI}
 	      {EVI}
-	      {Enhanced vegetation index}
+	      {\qquad Enhanced vegetation index}
 
 	\novazkratka{FCN}
 	      {FCN}
-	      {Fully convolutional network}
+	      {\qquad Fully convolutional network}
 
 	\novazkratka{FPN}
 	      {FPN}
-	      {Feature pyramid network}
+	      {\qquad Feature pyramid network}
 
 	\novazkratka{GEOBIA}
 	      {GEOBIA}
-	      {Geographic object-based image analysis}
+	      {\quad \hspace{1mm} Geographic object-based image analysis}
 
 	\novazkratka{GEOCNN}
 	      {GEOCNN}
-	      {Geographic object-based convolutional neural network}
+	      {\hspace{3.6mm} Geographic object-based convolutional neural network}
 
 	\novazkratka{GMM}
 	      {GMM}
-	      {Gaussian mixture model}
+	      {\qquad Gaussian mixture model}
 
 	\novazkratka{GRSS}
 	      {GRSS}
-	      {Geoscience and remote sensing society}
+	      {\qquad Geoscience and remote sensing society}
 
 	\novazkratka{HSI}
 	      {HSI}
-	      {Hue, saturation, intensity}
+	      {\qquad Hue, saturation, intensity}
 
 	\novazkratka{IEEE}
 	      {IEEE}
-	      {Institute of electrical and electronics engineers}
+	      {\qquad Institute of electrical and electronics engineers}
 
 	\novazkratka{KNN}
 	      {KNN}
-	      {K-nearest neighbour}
+	      {\qquad K-nearest neighbour}
 
 	\novazkratka{L-GCNN}
 	      {L-GCNN}
-	      {Learnable-gated convolutional neural network}
+	      {\quad $\-$  $\-$ Learnable-gated convolutional neural network}
 
 	\novazkratka{LapSVM}
 	      {LapSVM}
-	      {Laplacian support vector machine}
+	      {\quad $\-$ $\-$ Laplacian support vector machine}
 
 	\novazkratka{LiDAR}
 	      {LiDAR}
-	      {Light detection and ranging}
+	      {\qquad Light detection and ranging}
 
 	\novazkratka{ML}
 	      {ML}
-	      {Machine learning}
+	      {\qquad Machine learning}
 
 	\novazkratka{MLP}
 	      {MLP}
-	      {Multi-layer perceptron}
+	      {\qquad Multi-layer perceptron}
 
 	\novazkratka{MS-COCO}
 	      {MS-COCO}
-	      {Microsoft-Common Objects in Context}
+	      {$\>$ $\-$ Microsoft-Common Objects in Context}
 
 	\novazkratka{mUnet}
 	      {mUnet}
-	      {Modified U-Net}
+	      {\qquad Modified U-Net}
 
 	\novazkratka{NAIP}
 	      {NAIP}
-	      {National agricultural imagery program}
+	      {\qquad National agricultural imagery program}
 
 	\novazkratka{NDSM}
 	      {NDSM}
-	      {Normalized digital surface model}
+	      {\qquad Normalized digital surface model}
 
 	\novazkratka{NDVI}
 	      {NDVI}
-	      {Normalized differential vegetation index}
+	      {\qquad Normalized differential vegetation index}
 
 	\novazkratka{OBIA}
 	      {OBIA}
-	      {Object-based image analysis}
+	      {\qquad Object-based image analysis}
 
 	\novazkratka{PCA}
 	      {PCA}
-	      {Principal component analysis}
+	      {\qquad Principal component analysis}
 
 	\novazkratka{PGM}
 	      {PGM}
-	      {Parameterized gate module}
+	      {\qquad Parameterized gate module}
 
 	\novazkratka{PL-SSDL}
 	      {PL-SSDL}
-	      {Semi-supervised deep learning using pseudo labels}
+	      {\quad$\-\>$ Semi-supervised deep learning using pseudo labels}
 
 	\novazkratka{PSPNet}
 	      {PSPNet}
-	      {Pyramid scene parsing network}
+	      {\qquad Pyramid scene parsing network}
 
 	\novazkratka{R-CNN}
 	      {R-CNN}
-	      {Region-based convolutional neural network}
+	      {\qquad Region-based convolutional neural network}
 
 	\novazkratka{R2CNN}
 	      {R\textsuperscript{2}CNN}
-	      {Rotational region convolutional neural network}
+	      {\qquad Rotational region convolutional neural network}
 
 	\novazkratka{RBF}
 	      {RBF}
-	      {Radial basis function}
+	      {\qquad Radial basis function}
 
 	\novazkratka{ResNet}
 	      {ResNet}
-	      {Residual network}
+	      {\qquad Residual network}
 
 	\novazkratka{RNN}
 	      {RNN}
-	      {Recurrent neural network}
+	      {\qquad Recurrent neural network}
 
 	\novazkratka{RRPN}
 	      {RRPN}
-	      {Rotation region proposal network}
+	      {\qquad Rotation region proposal network}
 
 	\novazkratka{RF}
 	      {RF}
-	      {Random forest}
+	      {\qquad Random forest}
 
 	\novazkratka{SAR}
 	      {SAR}
-	      {Synthetic aperture radar}
+	      {\qquad Synthetic aperture radar}
 
 	\novazkratka{SAVI}
 	      {SAVI}
-	      {Soil adjusted vegetation index}
+	      {\qquad Soil adjusted vegetation index}
 
 	\novazkratka{SDA}
 	      {SDA}
-	      {Stacked denoising autoencoder}
+	      {\qquad Stacked denoising autoencoder}
 
 	\novazkratka{SBS}
 	      {SBS}
-	      {Sequential backward selection}
+	      {\qquad Sequential backward selection}
 
 	\novazkratka{SFS}
 	      {SFS}
-	      {Sequential forward selection}
+	      {\qquad Sequential forward selection}
 
 	\novazkratka{SS-LapSVM}
 	      {SS-LapSVM}
-	      {Spatio-spectral Laplacian support vector machine}
+	      {$\-$ Spatio-spectral Laplacian support vector machine}
 
 	\novazkratka{SSD}
 	      {SSD}
-	      {Single shot multi-box detector}
+	      {\qquad Single shot multi-box detector}
 
 	\novazkratka{SVM}
 	      {SVM}
-	      {Support vector machine}
+	      {\qquad Support vector machine}
 
 	\novazkratka{TSVM}
 	      {TSVM}
-	      {Transductive support vector machine}
+	      {\qquad Transductive support vector machine}
 
 	\novazkratka{VARI}
 	      {VARI}
-	      {Visual atmospheric resistance index}
+	      {\qquad Visual atmospheric resistance index}
 
 	\novazkratka{WoS}
 	      {WoS}
-	      {Web of Science}
+	      {\qquad Web of Science}
 
 \end{seznamzkratek}