Mobile communication device for collecting system information and cell measurement using DRX gap and autonomous gap

摘要

A mobile communication device and a method thereof are provided. The method, adopted by a mobile communication device connected to a serving cell, including: receiving a measurement request for a first target cell; in response to the measurement request, acquiring first timing information of first system information for a first target cell; scheduling an autonomous gap substantially corresponding to occurrence of the first system information according to the first timing information; and initiating the autonomous gap to receive the first system information from the first target cell.

主权项

1. A method adopted by a mobile communication device connected to a serving cell, comprising:
receiving a first measurement request for a first target cell; receiving a second measurement request for a second target cell; in response to the first measurement request, taking measurements for the first target cells in first frequencies; in response to the second measurement request, taking measurements for the second target cells in second frequencies; wherein the first and second frequencies are proportional to first and second numbers of frequencies adopted by the first and second target cells, respectively, in response to the first measurement request, acquiring first timing information of first system information for the first target cell; scheduling an autonomous gap corresponding to occurrence of the first system information according to the first timing information; and initiating the autonomous gap to receive the first system information from the first target cell; determining whether occurrence of the first system information coincides with a portion of a DRX gap; and wherein when system information for the first and second target cells are absent from the portion of the DRX gap, taking measurements for the first and second target cells in a priority order; when the occurrence of the first system information coincides with the portion of the DRX gap, receiving the first system information in the portion of the DRX gap.