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version 1.2, 2001/03/07 06:54:40 version 1.4, 2001/03/08 00:49:29
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 % $OpenXM: OpenXM/doc/ascm2001/design-outline.tex,v 1.1 2001/03/07 02:42:10 noro Exp $  % $OpenXM: OpenXM/doc/ascm2001/design-outline.tex,v 1.3 2001/03/07 07:34:49 takayama Exp $
   
 \section{Design Outline and OpenXM Request for Comments (OpenXM-RFC)}  \section{Design Outline and OpenXM Request for Comments (OpenXM-RFC)}
   
Line 86  We want to see how far we can go with this approach.
Line 86  We want to see how far we can go with this approach.
   
 Motivated with these, we started the OpenXM project with the following  Motivated with these, we started the OpenXM project with the following
 fundamental architecture, which is currently described in  fundamental architecture, which is currently described in
 OpenXM RFC 100  proposed standard %% ``draft standard'' and ``standard''  OpenXM-RFC 100  proposed standard %% ``draft standard'' and ``standard''
 ``Design and Implementation of OpenXM client-server model and common  ``Design and Implementation of OpenXM client-server model and common
 mathematical object format''.  mathematical object format''.
 \begin{enumerate}  \begin{enumerate}
Line 126  then the server executes the asir command \\
Line 126  then the server executes the asir command \\
 (factorize $x^{100}-y^{100}$ over ${\bf Q}$)  (factorize $x^{100}-y^{100}$ over ${\bf Q}$)
 and pushes the result onto the stack.  and pushes the result onto the stack.
 \end{enumerate}  \end{enumerate}
 OpenXM package  is implemented on above fundamental architecture.  OpenXM package  implements the OpenXM-RFC 100 \cite{ox-rfc-100}
   and 101 \cite{ox-rfc-101} based on
   the above fundamental architecture.
   In this paper, we discuss mainly on systems implementing
   OpenXM-RFC 100 and 101 on TCP/IP.
 For example, the following is a command sequence to ask $1+1$ from  For example, the following is a command sequence to ask $1+1$ from
 the Asir client to the {\tt ox\_sm1} server:  the Asir client to the {\tt ox\_sm1} server through TCP/IP:
 \begin{verbatim}  \begin{verbatim}
   P = sm1_start();    P = sm1_start();
   ox_push_cmo(P,1); ox_push_cmo(P,1);    ox_push_cmo(P,1); ox_push_cmo(P,1);
Line 136  the Asir client to the {\tt ox\_sm1} server:
Line 140  the Asir client to the {\tt ox\_sm1} server:
 \end{verbatim}  \end{verbatim}
 Here, {\tt ox\_sm1} is an OpenXM server based on Kan/sm1.  Here, {\tt ox\_sm1} is an OpenXM server based on Kan/sm1.
   
 The OpenXM package is implemented on the OpenXM RFC 100 for TCP/IP,  Our project of integrating mathematical software
 which uses the client-server model.  systems is taking the ``RFC'' approach, which has been
 In this paper, we discuss mainly on systems implementing  used to develop internet protocols.
 OpenXM RFC 100 on TCP/IP.  We think that ``RFC'' approach is an excellent way and
   we hope that other groups, who are working on standard protocols,
   take this ``RFC'' approach, too.
   
 Our project is taking the ``RFC'' approach, which has been  
 used to develop internet protocols, to integrate mathematical software  
 systems.  
 We hope that other groups, who are working on standard protocols,  
 take the ``RFC'' approach.  
   
 The OpenXM on MPI \cite{MPI} is currently running on Risa/Asir  The OpenXM on MPI \cite{MPI} is currently running on Risa/Asir
 as we will see in Section \ref{section:homog}.  as we will see in Section \ref{section:homog}.
 We are now preparing the OpenXM RFC 102 ``Mathematical communication  We are now preparing the OpenXM-RFC 102 ``Mathematical communication
 on MPI'' (draft protocol)  on MPI'' (draft protocol)
 based on our experiments on MPI.  based on our experiments on MPI.
   
   In the rest of the paper, we abbreviate
   OpenXM-RFC 100 and 101 to OpenXM if no confusion arises.
   
   
   
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