[Tex/LaTex] Latex generate error in IEEE ACCESS template in Figure, Algorithm, and Table

algorithmicalgorithmsfloatssubfigtables

\documentclass{ieeeaccess}
\usepackage{cite}
\usepackage{amsmath,amssymb,amsfonts}
\usepackage{algorithmic}
\usepackage{graphicx}
\usepackage{textcomp}
\begin{document}
\begin{table}[h!]
  \centering
  \caption{{Evaluation of SDPSO-ELM }}
  \label{tab:Comput_time}
  \begin{tabular}{p{1.2cm}p{0.5cm}p{1.5cm} p{1.2cm} p{1.5cm} }
  \hline
  \hline
   \textbf{Months} &  \textbf{SDPSO-ELM} & \textbf{Fuzzy-RBF-CNN} & \textbf{SSA-SVM-CS} &\textbf{FA-HELF}  \\
   \hline
    Jan & 2.22 & 1.67 & 1.55 & 0.414\\
    \hline
    \hline%SDPSO-
  \end{tabular}
\end{table}

\begin{figure*}[ht]
\centering
\includegraphics[scale=0.50]{M_Forecast.eps}
\caption{Month ahead }
\label{figM}
\end{figure*}
\begin{algorithm}
{Pesudo-code of the proposed short term load forecasting model} \label{FS}
\begin{algorithmic}[1]
%\State {\textbf{Import inputs:} $\;{\omega ^r}[{\tau _j}]=0$, ${\omega ^F}[{\tau _j}]=0$, $D[]$, and $r[n]$}
\State {\textbf{Output:} $L_i^F = L_1^F,\;L_2^F,\;L_3^F,...,L_n^F$}
\State {\textbf{begin} }
\State {Restore the defective and missing values by data cleansing phase}
\State {Normalize the data w.r.t. its maximum value by data normalization phase}
\State {Change the data structure by data structuring phase}
%\State {\textbf{Parameters initialization:} set all weights equal to zero and read data from $D=[]$ }
\State {\textbf{First evaluator $\gamma$:} Evaluation based on first evaluator $\gamma$ }
\State {\textbf{begin} }
\State {\textbf{for} $k=1:m$ \textbf{do} }
\State {\textbf{for} $i=1:n$ \textbf{do} }
\State {Determine $errOOB{1_i}$ using OOB dataset of decision tree [i] }
\State {Add noise randomly to OOB dataset on feature ${\tau _k}$}
\State {Determine $errOOB{2_i}$ using OOB dataset of decision tree [i] }
\State {\textbf{end} }
\State {Determine the importance of the feature ${\omega ^r}[{\tau _j}] \leftarrow \frac{{\sum\limits_{i = 1}^n {errOOB{2_i} - errOOB{1_i}} }}{n}$ }
\State {\textbf{end} }
\State {\textbf{end} }
\State {\textbf{Second evaluator $\kappa$:} Evaluation based on second evaluator $\kappa$ }
\State {\textbf{begin} }
\State {\textbf{for} $i=1:m$ \textbf{do} }
\State {Randomly choose an item in class $C_i$  }
\State {Findout $k$ nearest hits item $H_j(C_i)$  }
\State {For each class ${C_j}\ne{C_i}$   }
\State {Findout $k$ nearest hits item $M_j(C_i)$  }
\State {\textbf{end} }
\State {\textbf{for} $i=1:m$ \textbf{do} }
\State {Update ${\omega ^F}[{\tau _i}]$ using Equation \ref{eq:IPU}}
\State {\textbf{end} }
\State {\textbf{Feature selector:} Select features based on  ${\omega ^F}$ and ${\omega ^r}$}
\State {\textbf{begin} }
\State {Normalize ${\omega^F}$ and ${\omega^r}$ using Equation \ref{eq:NI}}
\State {Perform feature selection using Equation  \ref{eq:FSKD}}
\State {\textbf{end} }
\State {\textbf{end} }
\State {\textbf{Feature extractor}}
\State {\textbf{begin} }
\State {Perform feature extraction based on  KPCA using Equations \ref{eq:FSKD}-\ref{eq:K}}
\State {\textbf{end} }
\State {\textbf{Forecaster}}
\State {\textbf{begin} }
\State {Perform electric load forecasting based on SVM classifier using Equations \ref{eq:CPF}-\ref{eq:QF}}
\State {\textbf{end} }
\State {\textbf{Optimizer}}
\State {\textbf{begin} }
\State {Perform optimization on regularization risk function based on mEDE to optimally tune parameters \ref{eq:TV}-\ref{eq:mFF2}}
\State {\textbf{end} }
\State {Return fast and accurate results}
%\EndProcedure
\end{algorithmic}
\end{algorithm}
\end{document}

Best Answer

I'd suggest opening up access.tex that forms part of the IEEE Access LaTeX template and look at how they include figures. Specifically, for the construction of Figure 1:

enter image description here

they use this code:

\Figure[t!](topskip=0pt, botskip=0pt, midskip=0pt){fig1.png}
  {Magnetization as a function of applied field.
  It is good practice to explain the significance of the figure in the caption.\label{fig1}}

Reformatted, here are the details for creating a figure:

\Figure% Command used to insert a figure float
  [<float spec>]% Float specification (optional, default is t!)
  (<spec>)% Vertical separation lengths using key-values for
          % topskip, botskip, midskip (optional, default is 0pt for all)
  [<image parms>]% Image parameters passed to \includegraphics[<image parms>]{<image>} (optional)
  {<image>}% Image to include
  {<caption>}% \caption text, including \label (if needed)

Use this approach for your figures. For example, for your first figure, instead of

\begin{figure*}[ht]
  \centering
  \includegraphics[scale=0.50]{M_Forecast.eps}
  \caption{Month ahead }
  \label{figM}
\end{figure*}

use

\Figure
  [ht]
  [scale=0.50]
  {M_Forecast.eps}
  {Month ahead\label{figM}}

For tables, there is a similar format:

\Table% Command used to insert a table float
  [<float spec>]% Float specification (optional, default is t!)
  (<spec>)% Various key-values (optional):
          %   topskip, botskip (default is 0pt),
          %   width (default is \columnwidth),
          %   resize (default is !),
          %   arraystretch (default is 1.3)
  {<caption>}% \caption text, including \label (if needed)
  {<table>}

You'll have to include the algorithm package (part of the algorithms bundle that also supplies algorithmic) if you want algorithms. It provides the algorithm float.

Additionally, you're using the algorithmic format provided by algpseudocode, not by the algorithmic package. So, in the very least, you need

\usepackage{algorithm,algpseudocode}% ...not \usepackage{algorithmic}

You need to closing \EOD, otherwise the document class will present you with an error:

You have not used the command \EOD at the end of last para in the document. I have reached end of the document searching for it.

Related Question