GB/T 47518-2026Distributed computing — Computing power resource description (English PDF)

6.1 Overview

The elemental structure of "computing power resources" is shown in Table 1, and the relevant elements of "computing power resources" are shown in 6.2 to 6.4.

6.2 Calculation Unit

6.2.1 Processor

6.2.1.1 Description

The "processor" attribute has an "ID" (unique identifier for the processor), as well as sub-elements such as "type", "speed set", "model", and "physical core".

The processor's "type" includes several sub-elements, such as "CPU," "GPU," "FPGA," "TPU," "NPU," and "ASIC." And "Other" (used for expansion). Processor speed is related to "operand type" and "operations per second," and there are various speeds, expressed as... "Speed Set". The type structure of "Processor_T" is shown in Table 2.

6.2.1.3 GPU

If the processor's "type" is "GPU", then the "video memory size", "video memory bandwidth", "clock frequency", and "supported interface set" need to be recorded. "Number of stream processors". The element structure of "GPU" is shown in Table 4.

6.2.1.4 FPGA

If the processor's "Type" is "FPGA", then the "M20K memory capacity", "precision adjustable DSP module", and "logic unit LE" must be recorded.

And "ALM". The elemental structure of "FPGA" is shown in Table 5.

6.2.2 Memory

The "Memory" attribute has the attributes "ID" (unique identifier for memory) and "error correction method," as well as sub-elements "capacity," "memory bandwidth," and "latency." "Type" and "Number of Channels". The type structure of "Memory_T" is shown in Table 6.

6.3 Communication Unit

The "communication unit" has the attribute "ID" (a unique identifier for the communication unit), as well as sub-elements such as "network bandwidth", "latency", and "FIB forwarding speed".

The table lists the parameters as follows. "Rate", "IPSec Rate", "Virtual Network Bandwidth", "Supported Network Protocols", and "Reliability". The type structure of "Communication Unit_T" is shown in Table 7.

6.4 Storage Unit

The "Storage Unit" has an attribute "ID" (a unique identifier for the storage unit), and its sub-elements include "Capacity", "Storage Bandwidth", "IOPS", and "Backup".

The categories include "Quantity", "Reliability", "Storage Architecture", "RAID Level", and "Redundancy Method". The type structure of "Storage Unit_T" is shown in Table 8.

7.1 Overview

A node has the following attributes. URI (Uniform Resource Identifier), ID (Unique Identifier for the node), unit price, and priority.

And its sub-elements include "Computing Power Configuration," "Terminal Device," "Non-Terminal Device," and "Resource Consumption." If the "Node" is a "Terminal Device," it also needs to be recorded... Record the "Type" and "Battery Duration"; otherwise, record the "Energy Efficiency" and "Location". The type structure of "Node_T" is shown in Table 9.

7.2 Allocation of Computing Resources

The "Configuration" section includes sub-elements such as "Computing Unit Set," "Communication Unit Set," "Storage Unit Set," "Computing Power Value," and "Software Environment." (Computing Power)

The value is obtained according to the method described in GB/T 47514-2026. The type structure of "configuration_T" is shown in Table 10.

7.3 Computing resource consumption

"Resource Usage" includes the sub-elements "Processor Usage", "Memory Usage", "Memory Bandwidth Usage", and "Network Bandwidth Usage". "IOPS utilization", "Storage space utilization", and "Other" (for expansion). The type structure of "Resource utilization_T" is shown in Table 11.