Abstract:
Methods, systems and devices for improving discontinuous reception (DRX) in wireless telecommunication networks are disclosed. According to an embodiment, a retransmission buffer status report (BSR) timer is implemented in a user equipment (UE) as an attribute that is configurable for each logical channel of the UE. According to another embodiment, a data flush token is implemented as a logical channel attribute in a UE in order to expedite emptying of the UE's uplink buffer. According to another embodiment, improvements are provided to the manner in which a UE determines to cancel regular BSRs. According to other embodiments, features are implemented at a base station such as an E-UTRAN Node B (eNB) to improve downlink and uplink transmission scheduling between the base station and a UE. According to further embodiments, improved methods of detecting and handling late and delayed BSRs are implemented at a base station. The disclosed embodiments promote improved battery life of a UE as well as improved network data performance.
Abstract:
Dynamic control of the length of time that an RRC connection exists is implemented based on the known and anticipated data needs of the UE. More specifically, the lifetime of the RRC connection may be a) initially set, b) extended, or c) shortened, even to the point of substantially immediately releasing it, based on the expected data transmission needs of the UE. This dynamic control is implemented by elements of the core network which are aware of the known and anticipated data needs of the UE. The UE needs are a function of the applications running on the UE. In one LTE-based embodiment, the RRC release timer is responsive to the Policy and Charging Rules Function (PCRF), which can access information about the applications that are running at the UE. In another embodiment, the RRC release timer is responsive to the Policy and Charging Enforcement Function (PCEF).
Abstract:
Methods, systems and devices for improving discontinuous reception (DRX) in wireless telecommunication networks are disclosed. According to an embodiment, a retransmission buffer status report (BSR) timer is implemented in a user equipment (UE) as an attribute that is configurable for each logical channel of the UE. According to another embodiment, a data flush token is implemented as a logical channel attribute in a UE in order to expedite emptying of the UE's uplink buffer. According to another embodiment, improvements are provided to the manner in which a UE determines to cancel regular BSRs. According to other embodiments, features are implemented at a base station such as an E-UTRAN Node B (eNB) to improve downlink and uplink transmission scheduling between the base station and a UE. According to further embodiments, improved methods of detecting and handling late and delayed BSRs are implemented at a base station. The disclosed embodiments promote improved battery life of a UE as well as improved network data performance.
Abstract:
A base station schedules one or more user equipment of a plurality of user equipment for wireless communication in a transmission time interval (TTI) based on a plurality of weights associated with the plurality of user equipment. In response to scheduling the one or more user equipment in the TTI, the base station modifies the plurality of weights associated with the plurality of user equipment based on a plurality of elapsed times since the plurality of user equipment were last scheduled.
Abstract:
A method and/or device that determines when an erroneous voice packet has been received over the air interface of a cellular communication network, such as a 4G LTE network, and initiates a voice communications re-establishment procedure when a triggering event—based on receptions of erroneous voice packets—has occurred. The voice communications re-establishment procedure is performed to avoid at least a portion of the air interface (i.e., an uplink or downlink of the Uu interface through which the erroneous voice packets have traversed) from becoming non-operational. The triggering event may be the number of consecutive erroneous voice packets received over an uplink or downlink surpassing a threshold or it may be the length of time that has lapsed during receptions of consecutive erroneous voice packets. The triggering event is an indication that an uplink or downlink will most likely become non-operational if voice communications are not re-established.
Abstract:
Methods, systems and devices for improving discontinuous reception (DRX) in wireless telecommunication networks are disclosed. According to an embodiment, a retransmission buffer status report (BSR) timer is implemented in a user equipment (UE) as an attribute that is configurable for each logical channel of the UE. According to another embodiment, a data flush token is implemented as a logical channel attribute in a UE in order to expedite emptying of the UE's uplink buffer. According to another embodiment, improvements are provided to the manner in which a UE determines to cancel regular BSRs. According to other embodiments, features are implemented at a base station such as an E-UTRAN Node B (eNB) to improve downlink and uplink transmission scheduling between the base station and a UE. According to further embodiments, improved methods of detecting and handling late and delayed BSRs are implemented at a base station. The disclosed embodiments promote improved battery life of a UE as well as improved network data performance.
Abstract:
Methods, systems and devices for improving discontinuous reception (DRX) in wireless telecommunication networks are disclosed. According to an embodiment, a retransmission buffer status report (BSR) timer is implemented in a user equipment (UE) as an attribute that is configurable for each logical channel of the UE. According to another embodiment, a data flush token is implemented as a logical channel attribute in a UE in order to expedite emptying of the UE's uplink buffer. According to another embodiment, improvements are provided to the manner in which a UE determines to cancel regular BSRs. According to other embodiments, features are implemented at a base station such as an E-UTRAN Node B (eNB) to improve downlink and uplink transmission scheduling between the base station and a UE. According to further embodiments, improved methods of detecting and handling late and delayed BSRs are implemented at a base station. The disclosed embodiments promote improved battery life of a UE as well as improved network data performance.
Abstract:
Dynamic control of the length of time that an RRC connection exists is implemented based on the known and anticipated data needs of the UE. More specifically, the lifetime of the RRC connection may be a) initially set, b) extended, or c) shortened, even to the point of substantially immediately releasing it, based on the expected data transmission needs of the UE. This dynamic control is implemented by elements of the core network which are aware of the known and anticipated data needs of the UE. The UE needs are a function of the applications running on the UE. In one LTE-based embodiment, the RRC release timer is responsive to the Policy and Charging Rules Function (PCRF), which can access information about the applications that are running at the UE. In another embodiment, the RRC release timer is responsive to the Policy and Charging Enforcement Function (PCEF).
Abstract:
The present invention provides a new structure of Doherty power amplifier. The present invention reduces use of ¼ wavelength lines and lowers the Q point of the Doherty power amplifier. The present method extends the DPA bandwidth with a simpler and more convenient design and facilitates the design of a narrowed size.
Abstract:
A base station schedules one or more user equipment of a plurality of user equipment for wireless communication in a transmission time interval (TTI) based on a plurality of weights associated with the plurality of user equipment. In response to scheduling the one or more user equipment in the TTI, the base station modifies the plurality of weights associated with the plurality of user equipment based on a plurality of elapsed times since the plurality of user equipment were last scheduled.