Method and system for determining maximum transmission block size bit number
A technology of transmission block size and number of bits, which is applied in network traffic/resource management, electrical components, wireless communication, etc., and can solve problems such as terminal performance degradation
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Embodiment 1
[0069] Such as figure 1 As shown, when the terminal belongs to category 23 and category 25, the process of determining the number of bits of the maximum transport block size includes:
[0070] Step 110, the terminal reports the HS-DSCH physical layer category (category 23 and category 25) to the radio network controller to which it belongs through the RRC protocol layer control signaling.
[0071] Step 120, since the terminal belongs to category 23 and category 25, the radio network controller determines that the terminal is a terminal of a special category.
[0072] Step 130, the radio network controller looks up Table 1 (HS-DSCH physical layer category table), and selects one of the maximum receivable transport block size values in a transmission time interval corresponding to each HS-DSCH physical layer category to which the terminal belongs maximum value.
[0073]Specifically: the radio network controller consults Table 1. When the terminal belongs to category 23, the ...
Embodiment 2
[0079] like figure 2 As shown, when the terminal belongs to category 23 and category 26, the process of determining the number of bits of the maximum transport block size includes:
[0080] Step 210, the terminal reports the HS-DSCH physical layer category (category 23 and category 26) to the radio network controller to which it belongs through the RRC protocol layer control signaling.
[0081] In step 220, since the terminal belongs to category 23 and category 26, the radio network controller determines that the terminal is a terminal of a special category.
[0082] Step 230, the radio network controller looks up Table 1, and selects the maximum value among the maximum receivable transport block size values within a transmission time interval corresponding to each HS-DSCH physical layer category to which the terminal belongs.
[0083] Specifically: the radio network controller consults Table 1, when the terminal belongs to category 23, the corresponding "maximum transmiss...
Embodiment 3
[0089] like image 3 As shown, when the terminal belongs to category 24 and category 25, the process of determining the number of bits of the maximum transport block size includes:
[0090] Step 310, the terminal reports the HS-DSCH physical layer category (category 24 and category 25) to the radio network controller to which it belongs through the RRC protocol layer control signaling.
[0091] In step 320, since the terminal belongs to category 24 and category 25, the radio network controller determines that the terminal is a terminal of a special category.
[0092] Step 330, the radio network controller looks up Table 1, and selects the maximum value among the maximum receivable transport block size values within a transmission time interval corresponding to each HS-DSCH physical layer category to which the terminal belongs.
[0093] Specifically: the radio network controller consults Table 1. When the terminal belongs to category 24, the corresponding "maximum transmissi...
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