A method for scheduling users in coordinated scheduling, which is applied in a long term evaluation-advanced system, and the method comprising: a coordinated cell determining and storing user pairing information in initial scheduling, an initial scheduling referring to that each coordinated cell schedules the present cell at the first time without regard to the information of other cells, user pairing referring to two orthogonal or quasi-orthogonal users determined according to channel information of users or two users who meet certain performance requirements used in pairs; and when each subsequent iterative scheduling starts, the coordinated cell obtaining scheduled user information determined in scheduling at a last time by other coordinated cells except the coordinated cell, and determining a pre-scheduled user in the coordinated cell according to an interference condition of users in the coordinated cell to a scheduled user determined by the other coordinated cells in combination with the user pairing information of the coordinated cell that has been stored in the initial scheduling, wherein the pre-scheduled users in the coordinated cell are one or multiple users in the users of the coordinated cell without interference to the scheduled user determined by the other coordinated cells except the coordinated cell, or, first M users in the users of the coordinated cell that are sequenced according to a sequence from small to large interference degrees of the users of the coordinated cell to the scheduled user determined by the other coordinated cells; a number of users of the coordinated cell is N, and M is an integer that is greater than or equal to 1 and less than or equal to N. a coordinated cell determining and storing user pairing information in initial scheduling, an initial scheduling referring to that each coordinated cell schedules the present cell at the first time without regard to the information of other cells, user pairing referring to two orthogonal or quasi-orthogonal users determined according to channel information of users or two users who meet certain performance requirements used in pairs; and when each subsequent iterative scheduling starts, the coordinated cell obtaining scheduled user information determined in scheduling at a last time by other coordinated cells except the coordinated cell, and determining a pre-scheduled user in the coordinated cell according to an interference condition of users in the coordinated cell to a scheduled user determined by the other coordinated cells in combination with the user pairing information of the coordinated cell that has been stored in the initial scheduling, wherein the pre-scheduled users in the coordinated cell are one or multiple users in the users of the coordinated cell without interference to the scheduled user determined by the other coordinated cells except the coordinated cell, or, first M users in the users of the coordinated cell that are sequenced according to a sequence from small to large interference degrees of the users of the coordinated cell to the scheduled user determined by the other coordinated cells; a number of users of the coordinated cell is N, and M is an integer that is greater than or equal to 1 and less than or equal to N.