Method for receiving signals in multiple user system
First Claim
1. A method for receiving signals in a multi-user system, the method comprising:
- receiving signals from a first mobile station and a second mobile station using a ‘
k’
-th radio resource and a ‘
k+m’
-th radio resource;
estimating a channel matrix using the received signals;
calculating weight values such that the channel matrix has orthogonality to the signals from each of the first and second mobile stations;
transmitting the weight values to each of the first and second mobile stations; and
receiving second signals from the first and second mobile stations, in which the weight values are applied by each of the first and second mobile stations,wherein the received second signals rk and rk+m are represented as follows;
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Accused Products
Abstract
This document is related to a method for receiving signals in multi-user system, the method comprising: receiving signals form 2 or more mobile stations using ‘k’-th radio resource and ‘k+m’-th radio resource; estimating a channel matrix using the received signals; calculating a weight matrix so that the channel matrix have an orthogonality to the signals from each of the mobile stations; transmitting the weight matrix to each of the mobile stations; and receiving signals that the weight matrix is applied by each of the mobile stations. By doing so, we can increase the transmission efficiency through obtaining both orthogonality and diversity gain in the multi-user MIMO system.
4 Citations
3 Claims
-
1. A method for receiving signals in a multi-user system, the method comprising:
-
receiving signals from a first mobile station and a second mobile station using a ‘
k’
-th radio resource and a ‘
k+m’
-th radio resource;estimating a channel matrix using the received signals; calculating weight values such that the channel matrix has orthogonality to the signals from each of the first and second mobile stations; transmitting the weight values to each of the first and second mobile stations; and receiving second signals from the first and second mobile stations, in which the weight values are applied by each of the first and second mobile stations, wherein the received second signals rk and rk+m are represented as follows; - View Dependent Claims (2, 3)
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Specification