Abstract:
A method of dynamically adjusting threshold values for an electronic device is disclosed. The method comprises setting the base proximity value to a maximum proximity value; polling a detected proximity value; determining a first range where the detected proximity value falls according to a mapping table; setting the base proximity value to a largest value of the first range; determining a high threshold value and a low threshold value according to the base proximity value; and resetting the base proximity value to a default value when the proximity function is disabled.
Abstract:
A computer server. A computer server includes a motherboard, a hard disk, a first expansion card, and a second expansion card. The motherboard includes a central processing unit, a first interface, a second interface, and a third interface. The hard disk is electrically connected to the motherboard. The first expansion card is connected to the motherboard through the first interface, wherein data transmission between the hard disk and the motherboard can be decoded by utilizing the first expansion card. The second expansion card is connected to the motherboard through the second interface, wherein data transmission between the hard disk and the motherboard can be decoded by utilizing the second expansion card, and the hard disk is connected to the second expansion card via the first interface or the third expansion card.
Abstract:
In an adjustable storage architecture, first and second switching devices are coupled to a first SCSI controller. First and second cables are coupled to the first and second switching devices, respectively. First and second RAID connectors are coupled to the first and second cables, respectively. Multiple primary storage devices are coupled to the first cable. Third and fourth switching devices are coupled to the first and second cables, respectively. A third cable is coupled to the third and fourth switching devices, and multiple backup storage devices are coupled to the third cable. A RAID card may be selectively coupled to the first and second RAID connectors in order to determine turned-on or turned-off states of all of the switching devices.
Abstract:
A method of dynamically adjusting threshold values for an electronic device is disclosed. The method comprises setting the base proximity value to a maximum proximity value; polling a detected proximity value; determining a first range where the detected proximity value falls according to a mapping table; setting the base proximity value to a largest value of the first range; determining a high threshold value and a low threshold value according to the base proximity value; and resetting the base proximity value to a default value when the proximity function is disabled.