Abstract: Methods and apparatus configured to obtain a decision-point value, and send, for a logical channel group (LCG) having a quantity of data pending an uplink transmission, a long buffer status report in response to the decision-point value exceeding a threshold value, or a short buffer status report in response to the decision-point value being equal to or less than the threshold value are disclosed. The decision-point value may be a buffer status report-type determinative value, which may be based on a peak power envelope of a wireless communication device, a data transmission rate historically obtained by the wireless communication device, a number of component carriers available for a complete upload of a buffer holding data, a cost function, an amount of data associated with the LCG that is pending the uplink transmission, a type of the wireless communication device, or a latency of communications of the wireless communication device.

Abstract: Aspects of the present disclosure include methods, apparatuses, and computer readable media for receiving an aggregate bandwidth configuration including, a downlink (DL) bandwidth configuration indicating DL resources for one or more DL receptions, and an uplink (UL) bandwidth configuration indicating UL resources for one or more UL transmissions, calculating a maximum power reduction backoff value based on the UL bandwidth configuration, and transmitting UL information for at least one of the one or more UL transmissions based on the maximum power reduction backoff value.

Abstract: In an aspect, an asset tracking coordination component estimates a time of a beacon transmission from a wireless energy charging-capable device coupled to an asset within a threshold proximity of a scanning device based on an estimated distance between the asset tracking coordination device and the scanning device and timing information associated with a wireless energy transmission, and schedules a beacon scanning window for the scanning device to scan for the beacon transmission based on the estimated time. In a further aspect, a scanning device may both provide a wireless energy transmission and may also scan for beacon transmission(s) from wireless energy charging-capable device(s) during a beacon scanning window.

Abstract: Methods and apparatus configured to obtain a decision-point value, and send, for a logical channel group (LCG) having a quantity of data pending an uplink transmission, a long buffer status report in response to the decision-point value exceeding a threshold value, or a short buffer status report in response to the decision-point value being equal to or less than the threshold value are disclosed. The decision-point value may be a buffer status report-type determinative value, which may be based on a peak power envelope of a wireless communication device, a data transmission rate historically obtained by the wireless communication device, a number of component carriers available for a complete upload of a buffer holding data, a cost function, an amount of data associated with the LCG that is pending the uplink transmission, a type of the wireless communication device, or a latency of communications of the wireless communication device.

Abstract: In an aspect, an asset tracking coordination component estimates a time of a beacon transmission from a wireless energy charging-capable device coupled to an asset within a threshold proximity of a scanning device based on an estimated distance between the asset tracking coordination device and the scanning device and timing information associated with a wireless energy transmission, and schedules a beacon scanning window for the scanning device to scan for the beacon transmission based on the estimated time. In a further aspect, a scanning device may both provide a wireless energy transmission and may also scan for beacon transmission(s) from wireless energy charging-capable device(s) during a beacon scanning window.

Abstract: Methods, systems, and devices for wireless communications are described. A wireless device may receive a control signal that indicates a radio resource management (RRM) configuration associated with one or more measurement thresholds for managing wireless communication links at the wireless device. The wireless device may then perform measurements for one or more synchronization signals in accordance with the RRM configuration. The wireless device may then apply an opportunistic gain to the measurements to generate modified measurements based on a quantity of radio frequency (RF) chains usable by the wireless device for communicating via the wireless communication links. The wireless device may then transmit a measurement report based on the modified measurements satisfying the one or more measurement thresholds, and may receive an additional control signal instructing the wireless device to manage the wireless communication links based on the measurement report.

Abstract: Disclosed are systems, apparatuses, processes, and computer-readable media for wireless communications. For example, a process can include determining, by a network entity, a handover candidate wherein the handover candidate is a wireless communication device of a plurality of wireless communication devices associated with the network entity. The network entity can transmit to each network device of a plurality of network devices, channel information and scheduling information associated with the handover candidate and can receive, from each network device of the plurality of network devices, energy information associated with a pre-determined packet received by each network device of the plurality of network devices. The network entity can determine a target network device for a handover associated with the handover candidate based on the received energy information.

Abstract: Disclosed are techniques for asset tracking. In an aspect, an asset tracking coordination component estimates a time of a beacon transmission from a wireless energy charging-capable device coupled to an asset within a threshold proximity of a scanning device based on an estimated distance between the asset tracking coordination device and the scanning device and timing information associated with a wireless energy transmission, and schedules a beacon scanning window for the scanning device to scan for the beacon transmission based on the estimated time. In a further aspect, a scanning device may both provide a wireless energy transmission and may also scan for beacon transmission(s) from wireless energy charging-capable device(s) during a beacon scanning window.

Abstract: A forming process for composite parts comprising pultruding a resin and fiber material through a shortened pultrusion die, exposing the pultruded resin and fiber material to an induction heating coil aligned to be in-line with the pultrusion die to cure the resin and fiber material, wherein one or more of the resin and/or fiber material include a metallic component to facilitate cure via the induction heating coil.

Abstract: Methods and apparatus configured to obtain a decision-point value, and send, for a logical channel group (LCG) having a quantity of data pending an uplink transmission, a long buffer status report in response to the decision-point value exceeding a threshold value, or a short buffer status report in response to the decision-point value being equal to or less than the threshold value are disclosed. The decision-point value may be a buffer status report-type determinative value, which may be based on a peak power envelope of a wireless communication device, a data transmission rate historically obtained by the wireless communication device, a number of component carriers available for a complete upload of a buffer holding data, a cost function, an amount of data associated with the LCG that is pending the uplink transmission, a type of the wireless communication device, or a latency of communications of the wireless communication device.

Abstract: A support structure comprising a pultruded outer beam (12), a pultruded inner beam (14), a plurality of wear tabs (16) affixed to the inner beam, and a gear track (18) affixed to the inner beam. The outer beam is substantially hollow and adapted to receive the inner beam and the inner beam is shaped so that a portion of the inner beam extends nearly the entire height of the outer beam and a portion of the inner beam extends nearly the entire width of the outer beam, the plurality of wear tabs are located at one or more corners of the inner beam, and the gear track contacts a gear for facilitating movement of the inner beam.

Abstract: Aspects of the present disclosure include methods, apparatuses, and computer readable media for receiving an aggregate bandwidth configuration including, a downlink (DL) bandwidth configuration indicating DL resources for one or more DL receptions, and an uplink (UL) bandwidth configuration indicating UL resources for one or more UL transmissions, calculating a maximum power reduction backoff value based on the UL bandwidth configuration, and transmitting UL information for at least one of the one or more UL transmissions based on the maximum power reduction backoff value.

Abstract: A method of wireless communication performed at a user equipment (UE), includes transmitting, to a network node, a first indication of a first UE radio capability, the first UE radio capability indicating support for a group of evolved universal terrestrial radio access network (E-UTRAN) new radio (NR) dual connectivity (EN-DC) band combinations. The method also includes receiving, from the network node, an indication of an active EN-DC band combination based on transmitting the first indication. The method further includes transmitting, to the network node, a second indication of a second UE radio capability based on an actual data throughput metric associated with the active EN-DC band combination satisfying a failure condition. The second UE radio capability may indicate support for one or more non-active EN-DC combinations. Each non-active EN-DC combination may be associated with a potential data throughput metric that is greater than a data throughput threshold value.

Abstract: A system may overlay real-time data and other data (e.g., measurement data, sensor data, etc.) over image data during a communication session. For example, the system may perform media processing on image data being sent between devices in order to overlay the real-time data and other information received from input devices (e.g., sensors, diagnostic devices, connected health devices, etc.) on top of image data during the communication session. For example, a patient may video conference with a doctor and real-time diagnostic information from a device attached to the patient (e.g., wearable device or other input device) may be overlaid on the video to display relevant information during the video conference.

Abstract: A support structure comprising a pultruded outer beam (12), a pultruded inner beam (14), a plurality of wear tabs (16) affixed to the inner beam, and a gear track (18) affixed to the inner beam. The outer beam is substantially hollow and adapted to receive the inner beam and the inner beam is shaped so that a portion of the inner beam extends nearly the entire height of the outer beam and a portion of the inner beam extends nearly the entire width of the outer beam, the plurality of wear tabs are located at one or more corners of the inner beam, and the gear track contacts a gear for facilitating movement of the inner beam.

Abstract: A forming process for composite parts comprising pultruding a resin and fiber material through a shortened pultrusion die, exposing the pultruded resin and fiber material to an induction heating coil aligned to be in-line with the pultrusion die to cure the resin and fiber material, wherein one or more of the resin and/or fiber material include a metallic component to facilitate cure via the induction heating coil.

Abstract: Described are techniques for establishing communications sessions between devices. A command from a sender device to initiate a communications session with a recipient device may include information indicative of a recipient user profile. Correspondence between recipient information and sender contact data may be used to determine the recipient user profile. Prior to providing a communication request to the recipient device, recipient contact data may be determined using the recipient user profile. Correspondence between the sender user profile and the recipient contact data may be used to determine sender information indicative of the sender. This information may be provided to the recipient device in advance of the communication request to enable more rapid acceptance of the communication request and eliminate the delay that would be incurred if the recipient device determined the sender information responsive to the communication request.

Abstract: Described are techniques for establishing video communication between devices while reducing delays associated with initialization of a camera system. When a command from a sender device to initiate a communications session with a recipient device is received, the command may include recipient information indicative of the recipient device. Correspondence between the recipient information and sender contact data may be used determine a recipient profile identifier. Prior to providing a communication request to the recipient device, an initialization command may be provided to the recipient device to cause the recipient device to begin initializing a camera system. Providing the initialization command to the recipient device responsive to the command from the sender device, in advance of the communication request, enables the communications session to be initiated more rapidly than if the recipient device began to initialize the camera system responsive to the communication request.

Abstract: Various implementations include a towel with a T-pocket and/or a method to sew a “T” pocket into a towel. The pocket in the towel may orient, support and/or secure the towel draped over a seat back or frame structure. The frame structure may be capable being accessibly and removably coupled to suitable objects, such as car seats and other seating having back rests or frames used to display advertising messages or items placed on display resting in the T-pocket. The T-pocket component may include a first end and a longer second end, the longer second end employed to provide a level of protection for the underlying seat and comfort to the seated person, but also allow the person to dry himself and maintain warmth.