Abstract: A method performed by a wireless device having a plurality of MAC addresses may comprise receiving a first group based transmission, on an operating band of a first AP, wherein the first group based transmission has a preamble portion which indicates a modulation scheme used for a portion subsequent to the preamble portion. The first group based transmission may have a first data portion and a first header portion. A second group based transmission may be received on an operating band of a second AP. The second group based transmission may have a second data portion. The second data portion may be modulated according to QAM and may include a second header portion. The wireless device may determine whether the first group based transmission comprises data which is duplicative of the second group based transmission.

Abstract: A method performed by a user equipment may comprise receiving first DCI of a first DCI format and receiving second DCI of a second DCI format which is different than the first DCI. The second DCI format may specify a variable number of TPC command bits and may include no less than 6 bits of TPC information. The second DCI format may be a variable length DCI format. A number of information bits of the second DCI may be less than or equal to a number of information bit of the first DCI. The second DCI may be scrambled with a SRS RNTI.

Abstract: A wireless device having a plurality of media access control (MAC) addresses may receive information about a second access point (AP) from a first AP. The wireless device may receive a first group based transmission, on an operating band of the first AP, from the first access point (AP). The first group based transmission may have a preamble portion which indicates a modulation scheme used for a portion subsequent to the preamble portion. The first group based transmission may have a data portion and a first header portion. The wireless device may receive a second group based transmission, on an operating band of the second AP, from the second AP. The second group based transmission may have a second data portion having a second header portion. The second data portion may be modulated according to 4096 QAM.

Abstract: A base station may comprise circuitry configured to establish a plurality of wireless links with a mobile device and a memory configured to store a plurality of media access control (MAC) addresses associated with the plurality of wireless links. The base station may comprise one or more receivers configured to receive data units over the plurality of wireless links. A first data unit of the data units may span a plurality of channels. The first data unit may comprise a header portion duplicated along at least some of the plurality of channels and the first data unit may comprise a data portion which is not duplicated along the plurality of channels. The header portion duplicated along at least some of the plurality of channels may consist of bits of a release version dependent portion and bits of a portion which is non-release version dependent.

Abstract: Eyewear for use by a rider of a bicycle may comprise a wireless personal area network (WPAN) transceiver configured to associate with at least one electronic shifting component of a bicycle and determine a number of front and rear gears of the bicycle. The WPAN transceiver may be configured to receive an indication of a gear change of the bicycle. A processor may be configured to indicate to a user of the eyewear, based on the indication of the gear change of the bicycle, a change in gear position.

Abstract: A method performed by a first wireless device may comprise determining a fixed length sequence of bits corresponding to a release version identifier and determining CRC bits based on the fixed length sequence of bits. A frame may be transmitted, to a second wireless device, on one of a plurality of wireless links established between the first wireless device and the second wireless device. The frame may comprise a preamble portion comprising a signal field. The frame may also comprise the CRC bits. The signal field may be comprised of a first portion and a second portion, the first portion comprising the fixed length sequence of bits and the second portion not comprising the fixed length sequence of bits. The first portion may be transmitted before the second portion. The second portion may include bits indicative of characteristic information corresponding to the release version.

Abstract: An access point may comprise circuitry configured to determine an availability of a 160 mhz channel and circuitry configured to determine a transmission pattern, based at least in part on the availability of the channel. The transmission pattern may by represented by four bits including [1010] and [1001] bit patterns. The AP may further comprise a transmitter configured to indicate the transmission pattern to a plurality of STAs and a receiver configured to receive, from the plurality of STAs, PDUs on a plurality of 20 mhz frequency resources in accordance with the transmission pattern, wherein the STAs are all operating at bandwidths greater than 80 mhz. The bandwidth of the transmission may be 160 mhz.

Abstract: A UE may comprise a transmitter configured to transmit a capability ID corresponding to a plurality of capabilities of the UE, to a gNB. The UE may be configured to receive first and second DCI formats. Each format may be different and thus may provide the UE with different control information. The second format may comprise fewer bits than the first format and may have both fixed length and variable length fields. At least one of the fixed length fields may be used to identify the DCI format, while the variable length fields may be used to indicate resources and other information for transmitting or receiving data on a shared channel in accordance with the capability ID. The UE may receive a third DCI format indicating that the UE should not monitor a PDCCH for a period.

Abstract: A base station may comprise circuitry configured to establish a plurality of wireless links with a mobile device and a memory configured to store a plurality of media access control (MAC) addresses associated with the plurality of wireless links. The base station may comprise one or more receivers configured to receive data units over the plurality of wireless links. A first data unit of the data units may span a plurality of channels. The first data unit may comprise a header portion duplicated along at least some of the plurality of channels and the first data unit may comprise a data portion which is not duplicated along the plurality of channels. The header portion duplicated along at least some of the plurality of channels may consist of bits of a release version dependent portion and bits of a portion which is non-release version dependent.

Abstract: A UE may comprise a transmitter configured to transmit a capability ID corresponding to a plurality of capabilities of the UE, to a gNB. The UE may be configured to receive first and second DCI formats. Each format may be different and thus may provide the UE with different control information. The second format may comprise fewer bits than the first format and may have both fixed length and variable length fields. At least one of the fixed length fields may be used to identify the DCI format, while the variable length fields may be used to indicate resources and other information for transmitting or receiving data on a shared channel in accordance with the capability ID. The UE may receive a third DCI format indicating that the UE should not monitor a PDCCH for a period.