Abstract:
A method and apparatus for transmitting and receiving in a wireless communication system. The method comprising generating a payload comprising a 2 bit Load Control field, a 4 bit Control DataInterference Offset, a re-occurring BlockType/ Field, a re-occurring Quick Page Block of 0 or N QP _ BLK bits, a re-ocurring QuickChannellnfo Block of 0 bit or as specified by Overhead Message Protocol and a Reserved Field of variable bits andtransmitting the payload over F- p BCH1 in an OFDM communication link.
Abstract:
A method and apparatus for transmitting and processing a QuickChannelInfo block is described. It is determined if a superframe is with odd superframe index. A QuickChannelInfo block is transmitted in every superframe with an odd supreframe index. The contents of the QuickChannelInfo block are changed in accordance with the QuickChannelInfo Validity field of the QuickChannelInfo block. It is determined if multi-carrier mode is MultiCarrierOn.The QuickChannelInfo block is transmitted on each carrier. The QuickChannelInfo block is transmitted over the communication. The QuickChannelInfo block is processed after the QuickChannelInfo block is received over a communication link.
Abstract:
A method and apparatus is provided for determining a turbo interleaver parameter, n, wherein n is the smallest integer such that k n+3 , initializing an (n+5)-bit counter x to '0', determining x' equal to ([x/32] + 1) mod 2 n , wherein, x' is generated by extracting the n most significant bits (MSBs) from the counter, adding one to form a new value, and then discarding all except the n least significant bits(LSBs) of this value, obtaining a n-bit output x'' of the lookup table with a read address equal to five LSBs of the counter x, determining a value of y, such that y is equal to x'x'' mod 2 n , determining a value of y' by bit-reversing the five LSBs of the counter x, forming a tentative output address z, wherein, MSBs of z are equal to the value of y' and LSBs of z are equal to the value of y, determining if z is less than k, wherein, k is the number of input addresses, accepting z when z is less than k, discarding z when z is greater than k and increasing the counter x.
Abstract:
A method and apparatus for processing in Pilot Acquisition State in a wireless communication system, the method comprising, acquiring a Forward Acquisition Channel (F-ACQCH) of a selected Orthogonal Frequency Division Multiple Access (OFDMA) channel, tuning to the selected OFDMA channel, searching for a pilot and determining if an access terminal acquires the pilot within TISPPilotAcqseconds .
Abstract:
A method and apparatus for ZoneCode-based registration is described. A list of RegistrationZoneCodes is stored, wherein the list of RegistrationZoneCodes is associated with subnets visited by the access terminal. It is determined if a protocol cache information is keyed by a (Subnet, RegistrationZoneCode) pair. The cached information is deleted when the (Subnet, RegistrationZoneCode) pair is deleted from a RegistrationZoneCodeList. N OMPMinZoneSignatureListSize entries are stored in the RegistrationZoneCodeList. It is determined if the (Subnet, RegistrationZoneCode) pair from a SectorParameters message from a sector in an Active Set is not included in the RegistrationZoneCodeList. The (Subnet, RegistrationZoneCode) pair entry from a SectorParameters message from a sector in an Active Set are added to the RegistrationZoneCodeList. An ActiveSetManagement.SendPilotReport command is generated. It is determined if there are more entries in the RegistrationZoneCodeList than the supported size of the RegistrationZoneCodeList. The oldest (Subnet, RegistrationZoneCode) pair entries are deleted in the RegistrationZoneCodeList.
Abstract translation:描述了基于ZoneCode的注册的方法和装置。 存储RegistrationZoneCodes的列表,其中RegistrationZoneCodes列表与由接入终端访问的子网相关联。 确定协议高速缓存信息是否由(子网,RegistrationZoneCode)对键入。 当从RegistrationZoneCodeList中删除(Subnet,RegistrationZoneCode)对时,缓存的信息被删除。 N OMPMinZo
Abstract:
A method and apparatus for reducing power consumption in a wireless communication system is described. The monitoring of an access network is ceased by issuing a ControlChannelMAC.Deactivate command, a SharedSignallingMAC.Deactivate command and a ForwardTrafficChannelMAC.Deactivate command. Processing of resources is shut down to reduce power consumption.
Abstract:
Techniques to flexibly support different bandwidths in a wireless communication system are described. The system supports a configurable operating bandwidth using a fixed design bandwidth and variable guard bands. Values for various parameters such as fast Fourier transform (FFT) size, cyclic prefix length, and sample rate may be selected based on the design bandwidth. The design bandwidth may be associated with K total subcarriers. Different operating bandwidths may be supported by selecting different numbers of usable subcarriers. A transmitter and a receiver may perform processing for a transmission using the same FFT size, cyclic prefix length, and sample rate regardless of the selected operating bandwidth. The system may use different operating bandwidths and/or different parameter values (e.g., FFT sizes) for different portions of a transmission, e.g., a preamble and a main body of the transmission.