210 results about "High Speed Packet Access" patented technology

A method, system, apparatus, and computer program can provide scheduling of direct to direct communication by a high speed packet access base station. The method, for example, can include obtaining a direct user equipment communication toggling message (120). The method can also include interpreting physical layer signaling on a first frequency of a first radio system based on the toggling message (220). The method can further include scheduling a direct user equipment pair on a second frequency of a second system based on the interpreting (230). The toggling message can include a triggering message to initiate direct user equipment communication or an exit message to terminate direct user equipment communication.

A radio access network (20) comprises a radio network controller (26) and a radio base station (28). The radio network controller (26) is configured to perform admission control and to allocate resources of a cell. The radio base station (28) is configured to determine load/congestion on a high speed shared channel and to generate an indication of the load/congestion for transmission to the radio network controller. In some example embodiments and modes, at least one of the radio network controller and the radio base station is configured to allocate at least some of the resources for the high speed shared channel to support a guaranteed service and also to allocate at least some resources to support a non-guaranteed service. In some example implementations of this aspect, a user(s) of the non-guaranteed service is permitted to use the resources up to a reserved resource level of resources. According to another non-limiting aspect of the technology, the radio base station is further configured to generate a recommended action for dealing with the load/congestion.

A method, apparatus, system, network element, and software product are used to provide a traffic signal, such as a voice over internet protocol (VoIP) signal, via high speed packet access. The traffic signal is prepared and provided via a high speed transmission, and a control signal is gated to produce a discontinuous transmission. This reduces interference, and therefore increases traffic capacity.

The invention relates to a planning method of a multi-system intelligent configurable wireless network. The planning method comprises the following steps of: determining systems and requirements of wireless network planning by users, and configuring network planning parameters according to the systems and requirements; respectively carrying out rough network planning and fine network planning; and finishing planning results, and providing output data and charts for planning as a total result of the current network intelligent planning for providing reality basis and reference for users. The planning method disclosed by the invention is used for carrying out rough network planning and fine network planning on a set region by combining with an actual geographic information system on the basis of current situation of coexistence of multiple networks and supports single-network and multi-network simulation. Multiplex network systems supported by the method disclosed by the invention not only comprise a 2G (2-generation) network, a 3G (3-generation) network, a 3G (HSPA (High Speed Packet Access), EV-DO (Evolution-Data Optimized)) and 4G (TD-LTE (Time Division-Long Term Evolution), FDD-LTE (Frequency Division Duplexing-Long Term Evolution)), supports planning of multiple clustering systems (TETRA (Terrestrial Trunked Radio), iDEN (Integrated Digital Enhanced Network), GoTa (Global open Trunking Architecture) and GT800) and has complete and perfect functions.

The present invention relates to a method for scheduling a data transmission to a user equipment in a communication system comprising at least one radio network controller (RNC) governing a number of base stations, wherein the communication system supports data transmission from a base station to an user equipment on a high speed packet access (HSPA) bearer or a dedicated channel (DHC) or on similar bearers in a CDMA2000 system. The method comprises the steps of: identifying at least one predetermined scheduling condition for data transmissions for the user equipment; determining at least one current scheduling conditions of the user equipment; comparing the predetermined scheduling conditions of the user equipment with the current conditions of the user equipment; selecting a bearer for the data transmissions during a session from a base station based on the comparison; and using the selected data bearer during the data transmission session or until a new data bearer has been selected. Furthermore, the invention relates to a user equipment, a radio network controller, a computer readable medium and mobile communication system for data transmissions such as VoIP service transmissions in wireless communications systems

The invention provides a switching method and a terminal of an HSPA (High Speed Packet Access) channel. By utilizing the downlink synchronous difference between a resource district and a target district and aiming at transmission TA (Time Advance) of the resource district, the terminal confirms TA aiming at the target district, and switches an HSPA channel to the target district aiming at the TA of the target district after receiving a switching command; and a mode of pre-synchronously switching the HSPA channel is adopted to prevent UE (User Equipment) from reinitiating a synchronous establishing process to the target district to switch the HSPA channel to the target district, reduce switching time delay and lessen interference brought by the switching process, thereby improving the switching performance.

The invention discloses a video code rate selecting method driven by user experience under an HSPA (High Speed Packet Access) system. The method comprises the following steps: firstly, extracting bottom layer network velocity in the previous segment transmission time interval, and estimating the network velocity when the next segment transmits according to the velocity; then extracting the number of the video frames not played in the current play buffer memory by the current user; finally determining the code rate version of the next requested video according to the network state and the number of the video frames in the buffer zone. Aiming at the video transmission problem in the HSPA system, the method comprehensively considers the factors such as the network state of each user and the play condition of the terminal user, provides a code rate self-adaptive video segment requesting method, and can effectively improve the experience level of the terminal user.

The invention discloses a method for transmitting signaling wireless load on high speed packet access channel, UE carries indication information for indicating whether to support HSPA ability when sending initial signaling; if the HSPA is supported, the UE also carries HSPA physical layer ability category information. By enhancing current 2 RRC message, the invention enables network side to obtain HSPA physical layer ability category of the UE, so that following signaling transmission can be realized via the HSPA channel in order to obtain higher transmission rate for user experience improvement. The invention provides limited bits increased according to the 2 RRC message with a simple procedure.

A method and an apparatus for utilizing multiple carriers are disclosed. A wireless transmit/receive unit (WTRU) capable of receiving on a single downlink carrier at a time may tune the receiver to one downlink carrier and switch the downlink carrier in accordance with a configured pattern. The WTRU may switch the carrier from an anchor carrier to a non-anchor carrier at a high speed shared control channel (HS-SCCH) sub-frame boundary, and switches back at an end of a subsequent high speed physical downlink shared channel (HS-PDSCH) subframe. The WTRU may switch the carrier at an HS-PDSCH sub-frame boundary. A WTRU capable of receiving on multiple downlink carriers simultaneously may tune the receiver to an anchor carrier and a supplementary carrier, and switch the supplementary carrier to another carrier based on a carrier switching order. The carrier switching order may be received via an HS-SCCH or via layer 2 signaling.

The invention discloses a retransmission method and a retransmission system for a radio link control (RLC) layer. The method comprises that: a transmitter transmits RLC data by a hybrid automatic repeat request (HARQ) entity, and a receiver fails to receive the RLC data and informs the transmitter of a data transmission failure of the HARQ entity; and the HARQ entity of the transmitter reports the data transmission failure to an RLC entity of the transmitter, and the RLC entity of the transmitter retransmits the RLC data failed to be transmitted by the HARQ entity of the transmitter. By the method and the system, interaction for the HARQ transmission failure is realized between the HARQ entity and RLC entity of the transmitter, so the message retransmission time of the RLC layer is effectively shortened, time delays of data services in high speed packet access (HSPA), evolved HSPA (HSPA+) and long term evolution (LTE) networks are effectively shortened, the fast message retransmission function of the RLC layer is realized, delay jitter caused by the wireless packet loss is reduced, and simultaneously, service downloading and uploading throughput is improved.

The invention discloses a method and equipment for balancing loads of carriers, which are used for solving the problem that the loads of the carriers are unbalanced by adopting the existing slow dynamic channel allocation (SDCA) algorithm in a high speed packet access (HSPA) system, thereby more balancing the loads according to receiving and transmitting powers of the carriers, throughputs and the number of users, avoiding a user experience on the carriers with the heavier loads from getting bad, improving resource utilization rate and being favourable for the stability of hardware equipment.

The invention discloses a wireless resource distribution method for a high-speed packet access system which comprises a base station supporting multi-carrier transmission and a terminal supporting at least one carrier transmission ability, wherein the base station is the wireless resource that is necessary in distribution uplink transmission direction to the terminal having wireless connection with the base station, the method comprises the steps of: determining the quantity of the uplink wireless resources as required by the terminal; distributing the uplink wireless resources for the terminal in accordance with interference value of each carrier that is prearranged with a high-speed packet access channel. The invention also provides a device for wireless resource distribution for the high-speed packet access system. In sufficient consideration of interference situation of each carrier and situation of channel configuration, the invention rationalizes resource distribution, optimizes transmission efficiency and is able to reduce complexity of system realization.

The invention discloses a system and a method for testing the user perception effect of video telephony (VT) and streaming media, which are applied to video services in a time division-synchronization code division multiple access (TD-SCDMA)/high speed downlink package access (HSDPA)/high speed uplink package access (HSUPA)/high speed packet access + (HSPA+)/long term evolution (LTE) system. The system comprises TD-SCDMA system test terminals, a VT video test server, a result analysis server, a streaming media test server, a central database, a short message application server, an online upgrade server, a Web server and an application logic server, wherein the test terminals, the central database and each server perform data exchange by the application logic server. The system for testing the user perception effect of the video services, such as video telephony and streaming media services, in a TD/SCDMA/HSDPA/HSUPA/HSPA+/LTE wireless network is flexibly deployed, automatically run, remotely controlled and upgraded and easy to use, and can conveniently and highly-efficiently detect the running quality of the VT and streaming media services in the wireless network, and obtain 7*24-hour test results of a great number of test points by arranging the test terminals in different environments without huge manpower and material resources.

The invention discloses a subdistrict reselecting method which is applied to a third generation mobile communication enhancing high-speed packet access system. The subdistrict reselecting method comprises the following steps: a network lateral user device issues an abuttal subdistrict list and notifies the information whether subdistricts support an enhancing forward access channel and/or an enhancing paging channel in the abuttal subdistrict list to the user device; after the user device who uses the enhancing forward access channel constructs a reselecting subdistrict list, subdistrict residents who support the enhancing paging channel are preferentially selected from the reselecting subdistrict list according to the information whether supporting the enhancing forward access channel and/or the enhancing paging channel. The method ensures the service transmission continuity and avoids the UE unnecessary state transference.

A method for realizing paging via HSPA in TDD system, comprising: configuring PMRO of a plurality of UE in the TDD system, notifying the PMRO to node B, and using H-RNTI relating to a plurality of different paging sub-channels to respectively identify each paging sub-channel, wherein setting number of wireless frame occupied by each paging sub-channel in the a plurality of paging sub-channels as single or multiple; the RNC configures channel informational correlation between the PICH and the HS-SCCH, number of wireless frame occupied by each paging sub-channel; the RNC pages UE in predetermined state, calculates paging occasion of UE in this state and sending occasion of paging group of the HS-SCCH, and maps the PCCH to data frame of the HS-DSCH to the node B; the node B sends PI in the PICH, and sends HS-DSCH control information on HS-SCCH of this paging group, and sends paging message on the HS-PDSCH; the UE carries out relevant process after receiving the PI, and receives HS-PDSCH control information of the HS-SCCH, and decodes according to the indicated HS-PDSCH, receives paging message from the HS-PDSCH.

A method for enhancing Layer 2 for High Speed Packet Access uplink. The method includes segmenting a Radio Link Control (RLC) Service Data Unit (SDU) into plurality of Medium Access Control (MAC) i/is Packet Data Units (PDUs), a size of which is limited to a Maximum RLC PDU Size (MRPS) and indicating RLC PDUs of the same size by a single Length (L) entry and indicating the RLC PDUs by a (size, number) pair in the L entry.

The invention provides a method and system for triggering transmission of scheduling information by a terminal. In a wireless communication system, when a high speed packet access (HSPA) technology is used for carrying out data transmission on double carriers, in uplink auxiliary carrier activation/deactivation, the terminal triggers the transmission of the scheduling information. In the invention, by the scheduling information reported by the terminal, a service node B knows the concrete resource utilization condition of the terminal and the information of a buffer area, so that the node B fully utilizes the system resources and terminal power to supply the optimal scheduling matched with the current network performance and terminal interference conditions, thereby realizing the optimal scheduling control.

The invention discloses a distribution method of adjoint channels of an HSPA (High Speed Packet Access) system, a base station and a system. The method comprises the following steps of: determining the quantity of HSPA users of a current dispatching cycle; determining an adopted adjoint channel resource distribution mode according to the determined quantity of the HSPA users, wherein the adjoint channel resource distribution mode comprises a multiplexing mode or a non-multiplexing mode; and distributing adjoint channel resources to the HSPA users according to the determined adjoint channel resource distribution mode. By adopting the invention, aiming at the problem of a fixed configuration mechanism for complexing the adjoint channels of the traditional HSPA system, the adjoint channel distribution mode is dynamically adjusted according to the current quantity of the HSPA users so as to guarantee the physical properties of the adjoint channels of accessed users as far as possible while meeting the requirements of the accessed users.

In a method for determining channel quality information in a high speed packet access communication system with closed loop transmit diversity, power and variance related to a common pilot channel (CPICH) are determined for a rake receiver to obtain a closed loop transmit gain adjustment and to determine the CPICH signal-to-noise ratio. Thereafter, a high speed downlink shared channel (HS-DSCH) signal-to-noise ratio is determined from the CPICH signal-to-noise ratio and is mapped to derive channel quality information.

The invention discloses a method and a system for terminal capacity information transmission. The method is applied to the condition of a terminal configured to a cell forward access channel and comprises the steps: a base station receives upstream scheduling information transmitted by the terminal through an upstream reinforcing random access control channel E-RUCCH, and the upstream scheduling information contains the terminal capability information; the base station decodes the upstream scheduling information according to a set E-RUCCH decoding format, and the terminal capacity information is obtained. The invention realizes the scheme that the terminal capacity information is transmitted to the base station in a high-speed packet access reinforcing system in a state that the terminal is configured to the cell forward access channel.

A data packet communication system employs radio link control (RLC) transmission between a transmitter and a receiver with an Automatic Repeat Request (ARQ) arrangement whereby polling of the receiver is accomplished with reduced amount of redundantly transmitted data, such as between an access node and terminal. Upon a polling event, such as emptying of a transmission buffer of the transmitter, expiration of a polling timer, or reaching a radio link control (RLC) protocol data units (PDUs) count threshold, the transmitter sends a polling command to the receiver. This polling command is smaller than any of the RLC PDUs, which are conventionally resent with a polling bit set to evoke a STATUS PDU from the receiver. With evolving communication standards tending toward larger PDUs, such as in excess of a kilobyte for HSPA+ (High-Speed Packet Access Evolution) and 3GPP LTE (Long Term Evolution), this inefficiency can be of increasing impact.

The embodiment of the invention provides a downlink data processing method, base station equipment and a communication system. The downlink data processing method comprises the following steps that: the downlink data of a high-speed packet which is connected into a high-speed packet access (HSPA) network and a long-term evolution (LTE) network is received; at least part of the downlink data is jointly scheduled and processed between the HSPA network and the LTE network; and the downlink data is sent to user equipment (UE) according to the joint scheduling and processing result. According to the embodiment of the invention, the system capacity when the HSPA network the LTE network coexist can be improved, and the needs for gradually increasing number of UE are met. Particularly for the UE which is on the network edge, the data transmission rate can be effectively improved.