User equipment for executing dual connectivity using URLLC
AssigneePanasonic Intellectual Property Corporation of America
InventorsHidetoshi Suzuki, Anitha Arun Prasad
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Abstract
In user equipment, a wireless interface circuit simultaneously communicates with two communication networks. A control circuit decides to use a first reserved power of one communication network where URLLC transmission is necessary, and a second reserved power of the other communication network in which the URLLC is not operated, for the URLLC transmission as to the one communication network. The wireless interface circuit transmits URLLC signals over the one communication network, using the first reserved power and the second reserved power.
Claims24
User equipment capable of executing dual connectivity in a communication network, the user equipment comprising:
- a wireless interface circuit, which, in operation, simultaneously communicates with two communication networks, where URLLC (ultra-reliable, low latency communication) is operated in one of the two communication networks;
- and
- a control circuit, which, in operation, determines that the URLLC transmission is necessary regarding the one communication network, and that the URLLC is not operated in another communication network of the two communication networks,
- wherein the control circuit, in operation, decides to use a first reserved power of the one communication network, and a second reserved power of the other communication network in which the URLLC is not operated, for transmission of the URLLC as to the one communication network where the URLLC transmission is necessary, and
- wherein the wireless interface circuit, in operation, transmits signals of the URLLC over the one communication network, using the first reserved power and the second reserved power.
User equipment capable of executing dual connectivity in a communication network, the user equipment comprising:
- a wireless interface circuit, which, in operation, simultaneously communicates with two communication networks, where URLLC (ultra-reliable, low latency communication) is operated in both of the two communication networks;
- and
- a control circuit, which, in operation, determines that the URLLC transmission is necessary regarding both of the two communication networks,
- wherein the control circuit, in operation, decides to use reserved power of each of the two communication networks for the URLLC transmission to the two communication networks, respectively, instead of using reserved power of another communication network, and
- wherein the wireless interface circuit, in operation, transmits signals of the URLLC over the two communication networks, using the reserved power of each of the two communication networks.
An execution method of dual connectivity in a communication network, the method comprising:
- communicating with two communication networks, where URLLC (ultra-reliable, low latency communication) is operated in one of the two communication networks;
- determining that the URLLC transmission is necessary regarding the one communication network, and that the URLLC is not operated in another communication network of the two communication networks;
- deciding to use a first reserved power of the one communication network, and a second reserved power of the other communication network in which the URLLC is not operated, for transmission of the URLLC as to the one communication network where the URLLC transmission is necessary;
- and
- transmitting signals of the URLLC over the one communication network, using the first reserved power and the second reserved power.
An execution method of dual connectivity in a communication network, the method comprising:
- communicating with two communication networks, where URLLC (ultra-reliable, low latency communication) is operated in both of the two communication networks;
- determining that the URLLC transmission is necessary regarding both of the two communication networks;
- deciding to use reserved power of each of the two communication networks for transmission of the URLLC to the two communication networks, respectively, instead of using reserved power of another communication network;
- and
- transmitting signals of the URLLC over the two communication networks, using the reserved power of each of the two communication networks.
Dependencies are inferred from the claim text.