Abstract: Disclosed are a liquid supramolecular self-recognition system of low-pH azelaic acid, and a preparation method therefor and application thereof. The preparation method for the ternary liquid supramolecular self-recognition system of low-pH azelaic acid/succinic acid/panthenol includes the following steps: mixing and heating azelaic acid, succinic acid, and panthenol in a molar ratio of 1:0.5:1-1:10:10 in a sealed container to obtain a mixture and heated at 60-120° C. for more than 1-24 hours, and cooling down the mixture to room temperature after the heating is completed to obtain the liquid supramolecular self-recognition system of low-pH azelaic acid. The preparation method is green and simple, and the resulting supramolecular self-recognition system can effectively improve the solubility of azelaic acid, and have excellent stability without precipitation.

Abstract: A method for improving message storage efficiency of a network chip, a device, and a storage medium are provided. The method comprises: configuring a data memory, dividing the data memory into N small RAMs, and managing respective RAMs by means of a link list; in a case where a write data request is received on any input interface, parsing and acquiring a channel number corresponding to the input interface, accessing a channel write state memory according to the channel number to acquire channel write state information, in a case of determining, according to the channel write state information, that at least one RAM is null, writing data into the data memory; and in a case where a read-out scheduling request is received on any channel, recombining data according to memory information in a link list memory and reading the recombined data out.

Abstract: A method for improving message storage efficiency of a network chip, a device, and a storage medium are provided. The method comprises: configuring a data memory, dividing the data memory into N small RAMs, and managing respective RAMs by means of a link list; in a case where a write data request is received on any input interface, parsing and acquiring a channel number corresponding to the input interface, accessing a channel write state memory according to the channel number to acquire channel write state information, in a case of determining, according to the channel write state information, that at least one RAM is null, writing data into the data memory; and in a case where a read-out scheduling request is received on any channel, recombining data according to memory information in a link list memory and reading the recombined data out.