Novel network monitoring system for operation parameter of computer hardware

Abstract

The invention discloses a network monitoring system for operation parameters of computer hardware which comprises a hardware parameter collection module, a processor, a signal transmission module, a buzzer, a display screen, a magnetic disk and a power supply module. The hardware parameter collection module is used for collecting parameters of hardware in operating state of the computer. The processor processes the monitored data. The signal transmission module transmits data processed by the processor to the buzzer, display screen and magnetic disk in a wireless transmission mode. The hardware parameter acquisition module, the signal transmission module, a temperature sensor, a humidity sensor, a smoke sensor, a voltage current monitoring module, the buzzer, the display screen, the magnetic disk and the processor are respectively electrically connected with the power supply module.

Description

technical field [0001] The invention belongs to the technical field of computer systems, and more specifically relates to a novel computer hardware operating parameter network monitoring system. Background technique [0002] The monitoring of computer hardware operating parameters is very important for hardware maintenance. Especially the monitoring of hardware temperature, because the temperature is too high, it will often lead to unstable operation of the computer system, and even affect the life of the equipment. Therefore, the monitoring of hardware operating parameters is very important in unattended server rooms, cluster server rooms, and school computer laboratories. [0003] At present, most schools or enterprises realize the monitoring of parameters such as the temperature of the computer room by establishing a computer room environment monitoring system. The defect is that the temperature and other parameters of the relevant hardware of the computer running in the...

AI Technical Summary

Problems solved by technology

[0003] At present, most schools or enterprises monitor the temperature and other parameters of the computer room by establishing a computer room environment monitoring system. The defect is that they cannot directly monitor the temperature and other parameters of the relevant hardware of the computer running in the computer room.

Now various hardware devices such as motherboards, CPUs, and hard disks of various computer systems are integrated with related sensors, which can provide CPU temperature, CPU voltage, CPU fan speed, temperature inside the main box (the temperature value of the temperature sensor integrated on the motherboard, also known as System temperature), and the hard disk also provides detailed operating parameters such as hard disk temperature, and the hardware manufacturer provides a reading interface for reading relevant sensor data. It can be seen that the existing computer room environmental monitoring system has not made full use of the existing resources of the computer system itself

At the same time, the existing computer room environment monitoring system often needs to build an additional network system, and does not make full use of the current network resources

[0004] Because the existing computer room environmental monitoring system cannot monitor the hardware operating status of the computer itself, it often occurs that the hardware temperature is too high and the ambient temperature is normal, but the computer room environmental monitoring system cannot issue prompts and deal with the fault in time; or the computer has been caused by hardware temperature. It is too high to cause a crash, but it is unknown, etc.

At the same time, the information reflected by the relevant parameter records provided by the existing computer room environmental monitoring system is also relatively simple, which is not very helpful for analyzing and dealing with the faults of the computer itself

[0005] In the existing monitoring system, due to the single monitoring information and processing methods and the lack of humanized design for alarm processing, some warnings with low urgency will be frequently sent to the user, resulting in a decline in the user experience of the system, which usually makes the user close the system. Some low-level warning prompt functions make some warning settings with low urgency meaningless and useless, and cannot really prevent problems before they happen, so it is difficult to effectively maintain equipment

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