RECONFIGURABLE COMPUTING SYSTEM WITH MULTI-LEVEL MONITORING SUBSYSTEM AND AUTOMATIC CONTROL Russian patent published in 2021 - IPC G06F15/16 G06F15/80 

FIELD: computing.

SUBSTANCE: invention relates to the field of computing. Disclosed is a reconfigurable computing system with a multi-level monitoring subsystem and automatic control having a network control switch 1, a master server 2, a PCI-Express switch 3 of computational nodes, a group of K memories 4₁, …, 4_K of performed tasks of computational nodes, an Ethernet network switch 31 of monitoring, a unit 32 for monitoring and controlling the power of computational nodes and a group of K computational nodes 5₁, …, 5_K, each of which has a group of N memories 6₁, …, 6_N of performed tasks of computational modules, a group of N memories 7₁, …, 7_N states of computational modules , a general-purpose computer 8, a PCI-Express switch 9, a PCI-Express switch 10 of computational modules, a cooling and power control unit 27, a cooling fan control and monitoring unit 28, a monitoring and control unit 29, a power control and monitoring unit 30, and a group of N computing modules 11₁, …, 11_N, each of which contains a PCI-Express 12 switch, a group of M computing FPGAs 16₁, …, 16_M with individual power supply, a group of M memories 13₁, …, 13_M of starting configurations of computing FPGAs 16₁, …, 16_M, a group of M co-calculators 19₁, …, 19_M with individual power supply, a system FPGA 25, a group of M buffer memories 14₁, …, 14_M of tasks to be performed, a group of M controllers 15₁, …, 15_M of direct access, a group of M blocks 17₁, …, 17_M of control of computational FPGAs and co-calculators, a group of M blocks 18₁, …, 18_M of control co-calculator mode, a unit 20 for controlling the PCI-Express switch mode 12, a unit 21 for monitoring and controlling the computational module, a unit 22 for automatic control of the computational module, a unit 23 for controlling cooling and power supply of the computational module, memory 24 for the starting configuration of the system FPGA 25 and a unit 26 for configuring computational FPGAs 16₁, …, 16_M

EFFECT: increasing fault tolerance, performance and reliability of the results obtained for a reconfigurable computing system with a multilevel monitoring subsystem and automatic control.

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