ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,631, issued on Aug. 25, was assigned to DATANG MOBILE COMMUNICATIONS EQUIPMENT Co. LTD. (Beijing). "Signal transmission method and device, ... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,632, issued on Aug. 25, was assigned to QUALCOMM Inc. (San Diego). "Phase tracking reference signal design for guard interval based wavefor... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,633, issued on Aug. 25, was assigned to LG Electronics Inc. (Seoul, South Korea). "Method by which terminal transmits and receives signals ... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,634, issued on Aug. 25, was assigned to QUALCOMM Incorproated (San Diego). "Cell DRX impact reference signals for positioning and sensing" ... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,635, issued on Aug. 25, was assigned to BEIJING XIAOMI MOBILE SOFTWARE Co. LTD. (Beijing). "Physical downlink control channel transmission ... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,636, issued on Aug. 25, was assigned to Huawei Technologies Co. LTD. (Shenzhen, China). "Communication method and apparatus" was invented b... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,637, issued on Aug. 25, was assigned to QUALCOMM Inc. (San Diego). "Non-coherent transmission diversity communications" was invented by Yi ... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,638, issued on Aug. 25, was assigned to Intel Corp. (Santa Clara, Calif.). "UE determination of mics index based on PUSCH scheduling in 5G ... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,639, issued on Aug. 25, was assigned to SAMSUNG ELECTRONICS Co. LTD. (Suwon-si, South Korea). "Method and apparatus for transmitting and re... Read More
ALEXANDRIA, Va., Aug. 25 -- United States Patent no. 12,719,640, issued on Aug. 25, was assigned to QUALCOMM Incorproated (San Diego). "Control channel design in orbital angular momentum (OAM) based ... Read More