Abstract:
Example methods and apparatus to allocate resources and detect allocated resources in wireless communications are disclosed. A disclosed example method involves receiving a first radio block in a first radio block period and detecting an uplink allocation indicator contained in the first radio block. The uplink allocation indicator does not allocate any uplink radio block in a second radio block period following immediately after the first radio block period. The example method also involves transmitting a second radio block based on the uplink allocation indicator during a third radio block period separated from the first radio block period by at least one radio block period.
Abstract:
Example methods and apparatus to communicate data between a wireless network and a mobile station are disclosed. A disclosed example method involves identifying a first quantity of resources for use in communicating first data to a mobile station in a first radio block period and a second quantity of resources for use in communicating second data to the mobile station in a second radio block period. The total quantity of the first and second quantities of resources comply with a maximum allowable quantity of resources specified for a plurality of radio block periods including the first and second radio block periods. The example method also involves sending, to the mobile station, the first data in the first quantity of resources during the first radio block period and the second data in the second quantity of resources during the second radio block period.
Abstract:
An access procedure for call re-establishment is provided. In a first method, a mobile station, in at least some instances of detecting radio link failure, attempts call re-establishment on multiple cells concurrently. In a second method, a mobile station performs a first random access channel procedure when the mobile station is not aware of at least two cells with enabled call re-establishment, and performs a second random access channel procedure when the mobile station is aware of at least two cells with enabled call re-establishment.
Abstract:
Methods and apparatus to avoid transmission of redundant neighbor cell information to mobile stations. An example method to avoid transmission of at least some neighbor cell system information from a network to a mobile station disclosed herein comprises receiving neighbor cell system information, setting a validity indication representing whether the mobile station has valid neighbor cell system information associated with a neighbor cell, and sending the validity indication to the network.
Abstract:
Methods and apparatus for controlling discontinuous reception (DRX) in mobile devices are disclosed. An example method for controlling discontinuous reception includes entering a packet transfer mode, receiving a network message that indicates that the mobile station is to utilize an optimized DRX mode, and entering DRX mode immediately upon leaving packet transfer mode.
Abstract:
A system and method allows a network, in response to a cell reselection notice, to serve a wireless, wireless device sufficient data to complete a pending data transfer instead of performing the immediate cell change. Appropriate allocation of radio resources to the wireless device in the current serving cell and before cell change allows reduced packet data transfer latencies for small data sessions, better load balancing and traffic resourcing between cells, appropriate allocation of uplink resources in the new target cell, and enhanced control over network congestion.
Abstract:
A photobioreactor with a gas input is disclosed herein. The photobioreactor is tilted about an axis of rotation at various angles to provide for various flow patterns of bubbles created by the gas input. The flow patterns may vary, but include: bubble flow; slug or plug flow; churn; annular flow; or wispy annular flow. In certain configurations, a bubble flowing through the photobioreactor may increase algae growth within the reactor.
Abstract:
The present document relates to radio transmission. In particular, the present document relates to the single-slot dual transfer mode (DTM) available e.g. in GSM/GPRS/GERAN networks. A transmitter is described. The transmitter is configured to send circuit switched data over a traffic channel to a corresponding receiver, wherein the traffic channel is segmented into a plurality of frames. The transmitter if further configured to determine a vacant frame of the plurality of frames, wherein no circuit switched data is sent in the vacant frame due to discontinuous transmission; and to send packet switched data over the traffic channel using the vacant frame.
Abstract:
A system and method for acquisition of neighbour cell information are provided. A serving cell receives a request for neighbour cell system information, and in response to the request, the serving cell transmits neighbour cell system information.
Abstract:
Example methods and apparatus to perform assignments in wireless communications are disclosed. A disclosed example method to receive resource assignments at a mobile station involves receiving an assignment message from a network and identifying radio block periods assigned to the mobile station. At least one of the assigned radio block periods is separated from a next occurring one of the assigned radio block periods by at least one non-assigned radio block period. The example method also involves processing downlink transmissions from the network based on the assigned radio block periods.