MODULE HIGH-EFFICIENCY MULTIPROCESSOR SYSTEM WITH MULTIDIMENSIONAL AGGREGATING OF CHANNELS OF NETWORK INTERFACE

Context. In modern terms problem of constructing the multiprocessor systems special value acquires base standard popular technologies and components. It is caused by that such became cheap vehicle platforms for highperformance calculations. addition, practice pulls out problems complete decision which in most cases possibly only due to application high-performance Consequently, a theme cluster today actual, interesting on stage active development. At same time, new high-quality development lies area use network technologies. Presently choice analysis module did not get development, as well reorganization structure ofnetwork interfaceby aggregating channels interface.
 Objective. An aim in-process put improvement increase productivity computer system multidimensional interface, adapted tasks investigated class.
 Method. The task efficiency decided interface. Offered approach allowed promote parallelization but also substantially decrease time Such results succeeded be attained diminishing border exchange data between calculable knots system.
 Results. A feature offered he realize direct main memory system, promotes fast-acting calculations provides high-speed access her slave -nodes. Thus during an CPU gets unloaded loading channel passes goes down, assists Conclusions. conducted experiments showed worked was used creation technological processes. So, she fluidizer intensification сфероидизируещего annealing long-length steelwork. Directly process heat treatment metal advantages, high yield, substantial mionectic energy consumption allows carry control parameters modes unisothermal metal.