Abstract:
Disclosed are an inter-carrier frequency cooperation method and device. According to the method, description information of a second carrier frequency is determined and a communication node sends the description information of the second carrier frequency to a second communication node via a first carrier frequency. The description information of the second carrier frequency includes one of: sending beam information of the second carrier frequency, pilot information of the second carrier frequency, control channel information of the second carrier frequency, data channel information of the second carrier frequency, Hybrid Automatic Repeat Request (HARQ) timing information of the second carrier frequency and working time information of the second communication node on the second carrier frequency.
Abstract:
Disclosed are a channel state feedback information determination method, a terminal, a base station and a communication system. The method includes that: a channel state is measured to form a measurement result; when a Rank Indicator (RI) is 2, a precoding matrix is formed according to the measurement result and a precoding codebook matrix model W; and channel state feedback information is formed according to the precoding matrix. The disclosure further discloses a computer storage medium.
Abstract:
A method for acquiring beam information, a method for transmitting a pilot beam, a communication node, a system, and a computer storage medium related to the field of wireless communications. The method for acquiring beam information includes: receiving at least one type of pilot beams from a first communication node; acquiring configuration information of each type of the pilot beams or information of a configuration difference between any two types of the received pilot beams; calculating boosting values of transmit power of any two types of the received pilot beams according to the configuration information or the information of a configuration difference; calculating channel quality information of the received pilot beams; and selecting a pilot beam according to the boosting values of transmit power and the channel quality information and determining beam information according to the pilot beam.