Architecture based on dynamic graphs for the dynamic reconfiguration of farms of computers

In the last years, the computers have increased their capacity of calculus and networks, for the interconnection of these machines. The networks have been improved until obtaining the actual high rates of data transferring. The programs that nowadays try to take advantage of these new technologies cannot be written using the traditional techniques of programming, since most of the algorithms were designed for being executed in an only processor, in a nonconcurrent form instead of being executed concurrently in a set of processors working and communicating through a network. This paper aims to present the ongoing development of a new system for the reconfiguration of grouping of computers, taking into account these new technologies.