Nokia Technologies Oy patent applications published on November 30th, 2023

Summary of the patent applications from Nokia Technologies Oy on November 30th, 2023

Nokia Technologies Oy has recently filed several patents related to wireless communication systems and data transmission. These patents aim to improve the efficiency and effectiveness of data transmission, signaling message transmissions, and overall performance of wireless communication systems.

Summary (250 words): Nokia Technologies Oy has filed multiple patents related to wireless communication systems and data transmission. These patents focus on improving the efficiency and effectiveness of data transmission, signaling message transmissions, and overall performance of wireless communication systems.

One patent application describes a method for determining if non-small data transmission (SDT) is available for transmission and indicating the result to a network element. This method allows for efficient transmission of signaling messages in an inactive state of user equipment, improving overall efficiency and effectiveness.

Another patent application focuses on determining the clear channel assessment operation status of neighboring cells at a serving base station and transmitting this information to user equipment. This information helps user equipment make better decisions regarding communication and channel selection, improving the efficiency and performance of wireless communication systems.

A method for transmitting two sets of SL-BMRS (sidelink beam management reference signals) using multiple antenna panels or elements is described in another patent application. This method improves signal transmission and reception in wireless communication networks.

The patent application also describes a method for configuring downlink control and data channels in a wireless communication system. This method enables more flexible and dynamic downlink channel configuration, increasing the efficiency of radio resources.

Another patent application proposes a method to reduce power consumption in a wireless communication device while minimizing latency. This method uses different types of wakeup signals and detectors to activate the device's transceiver, conserving power without significantly increasing latency.

Notable Applications:

• Determining if non-SDT data is available for transmission and indicating the result to a network element.
• Determining the clear channel assessment operation status of neighboring cells and transmitting this information to user equipment.
• Transmitting two sets of SL-BMRS using multiple antenna panels or elements.
• Configuring downlink control and data channels in a wireless communication system.
• Reducing power consumption in a wireless communication device while minimizing latency.