Abstract: A method for managing mobile radio resources for package receiving enhancement includes a mobile device that begins monitoring a buffer once the mobile device is in a radio resource control (RRC) connected state. While monitoring, the mobile device checks the state of stacking data packets and the rate at which data packets are being received. An arrival profile for data packets as a function of time is created with this data. A traffic prediction operation is carried out based on the arrival profile. The buffer is checked to determine whether it is empty and whether the predicted traffic is zero. If both conditions are positive, an interrupt signal is sent to a specific point of the RRC state machine requesting that the normal flow be diverted, a disconnection signal from the mobile device is generated, and the mobile device enters an idle mode.

Abstract: A method for managing mobile radio resources for package receiving enhancement is disclosed. comprising the following steps: A mobile device begins monitoring a buffer once the mobile device is in an radio resource control (RRC) connected state. While monitoring, the mobile device checks the state of stacking data packets and the rate at which data packets are being received. An arrival profile for data packets as a function of time is created with this data. A traffic prediction operation is carried out based on the arrival profile (120). The buffer is checked to determine whether it is empty and whether the predicted traffic is zero. If both conditions are positive, an interrupt signal is sent to a specific point of the RRC state machine requesting that the normal flow be diverted, a disconnection signal from the mobile device is generated, and the mobile device enters an idle mode.