Abstract: A method and system for genomic selection of a non-family and low-heritability variety are provided. The method includes: evaluating a single nucleotide polymorphisms (SNPs) effect size based on a non-equivalent condition of SNPs by correcting a correlation relationship between the SNPs; and breeding the non-family and low-heritability variety based on the SNPs effect size. In the present disclosure, the method for evaluating the SNPs effect size can be used for breeding the non-family and low-heritability variety.

Abstract: An electronic apparatus includes a controller, an image signal processor, an artificial intelligence AI processor, and a central processing unit. The processor is configured to: obtain a first signal that indicates a light intensity variation from an ambient light sensor, and trigger, based on the first signal, a camera apparatus to collect a first image. The image signal processor is configured to: receive the first image from the camera apparatus, process the first image to generate a second image, and provide the second image to the AI processor. The AI processor detects the second image to obtain an image detection result. The central processing unit is configured to perform a response operation based on the image detection result.

Abstract: A method for preparing functionalized graphene. (1) Flake graphite and a dienophile or a diene are mixed in an organic solvent uniformly to obtain a mixed solution. (2) In an inert atmosphere or under vacuum, the mixed solution obtained in step (1) is subjected to graphite exfoliation and Diels-Alder (DA) reaction in a mechanical exfoliation device to obtain a crude product. (3) The crude product obtained in step (2) is subjected to heat preservation to obtain the functionalized graphene.

Abstract: The present disclosure discloses a substituted graphane material with a three-dimensional structure. The substituted graphane material comprises a planar substrate with a plurality of six-membered carbon rings comprising continuous sp3 hybrids, wherein an organic molecular ring is connected to the planar substrate due to a Diels-Alder (D-A) reaction.

Abstract: Methods and apparatuses of compensating for delays of a storage device are disclosed. The method includes: performing a communication operation a preset number of times with the storage device through the extension line, each time if a correct response is received from the storage device, recording a status value of the current communication operation as a first value, otherwise recording as a second value, to obtain a resultant data string; searching, in the resultant data string, for a longest data segment comprised of the continuous first values; taking a delay value of the communication operation corresponding to the status value at the middle position of the longest data segment as an optimal delay value; and setting the optimal delay value as a phase difference between a source clock and a sampling clock of the storage device to compensate for the delays caused by the extension line of the storage device.

Abstract: Methods and apparatuses of compensating for delays of a storage device are disclosed. The method includes: performing a communication operation a preset number of times with the storage device through the extension line, each time if a correct response is received from the storage device, recording a status value of the current communication operation as a first value, otherwise recording as a second value, to obtain a resultant data string; searching, in the resultant data string, for a longest data segment comprised of the continuous first values; taking a delay value of the communication operation corresponding to the status value at the middle position of the longest data segment as an optimal delay value; and setting the optimal delay value as a phase difference between a source clock and a sampling clock of the storage device to compensate for the delays caused by the extension line of the storage device.