Methods and systems for dynamic computing resource allocation based on IIoT data center

A method for dynamic computing resource allocation based on an IIoT data center, wherein the method is executed by a control center of an IIoT management platform of a system for dynamic computing resource allocation based on an IIoT data center, the system including an IIoT user platform, an IIoT service platform, the IIoT management platform, an IIoT sensing network platform, and an IIoT sensing control platform;

• the IIoT management platform including a data computing center, a business management sub-platform, and the control center, the business management sub-platform including a monitoring module;
• the method comprising:
• receiving a business demand from an enterprise user through the IIoT user platform and sending the business demand to the data computing center of the IIoT management platform via the IIoT service platform;
• monitoring resource data of the business management sub-platform via the monitoring module;
• determining a resource demand feature of the enterprise user based on the business demand;
• determining a resource allocation parameter based on the resource demand feature and the resource data of the business management sub-platform, the resource allocation parameter including computing resources corresponding to a computing task;
• and
• generating, by the control center, a resource allocation instruction based on the resource allocation parameter, the resource allocation instruction being configured to:
• create a process corresponding to the computing task;
• and
• bind the process corresponding to the computing task to a resource core corresponding to the computing task, the resource core being determined based on the resource allocation parameter, wherein
• the resource allocation parameter further includes a bandwidth regulation amount of a network device where a communication channel of the computing task is located,
• the determining the resource allocation parameter based on the resource demand feature and the resource data of the business management sub-platform includes:
• determining candidate parameters:
• determining computing features corresponding to the candidate parameters based on the candidate parameters, the resource demand feature, and the resource data;
• and
• determining the resource allocation parameter based on the computing features;
• and
• the resource allocation instruction is configured to:
• obtain communication information of the computing task, the communication information including at least one of a communication source address, a communication destination address, and a communication relay address;
• determine the communication channel of the computing task based on the communication information;
• and
• adjust, based on the bandwidth regulation amount corresponding to the communication channel in the resource allocation parameter, a bandwidth allocation strategy of the network device where the communication channel of the computing task is located to adjust a bandwidth of the communication channel of the computing task.