| T. K. Moon, R. T. Short, and C. K. Rushforth. "A RASE approach to acquisition in SSMA systems." In Proceedings IEEE Military Communications Conference, pp. 1037--1041, 1991. |
....estimation on the popular decorrelating receiver. The classical method for achieving synchronization, the so called sliding correlator, is described in [2] Other methods are: rapid acquisition by sequential estimation (RASE) proposed in [3] and the multiple user extension of RASE developed in [4]. These methods assume that the user, whose propagation delay is to be estimated, transmits a known data sequence (e.g. all ones) This implies that these methods cannot be used directly for tracking changes in the propagation delays during data transmission. Furthermore, these algorithms are ....
T. K. Moon, R. T. Short, and C. K. Rushforth. "A RASE approach to acquisition in SSMA systems." In Proceedings IEEE Military Communications Conference, pp. 1037--1041, 1991.
....estimation on the popular decorrelating receiver. The classical method for achieving synchronization, the so called sliding correlator, is described in [2] Other methods are: rapid acquisition by sequential estimation (RASE) proposed in [3] and the multiple user extension of RASE developed in [4]. These methods assume that the user, whose propagation delay is to be estimated, transmits a known data sequence (e.g. all ones) This implies that these methods cannot be used directly for tracking changes in the propagation delays during data transmission. Furthermore, these algorithms are ....
Todd K. Moon, Robert T. Short, and Craig K. Rushforth. "A RASE approach to acquisition in SSMA systems". In Proceedings IEEE Military Communications Conference, pages 1037--1041, 1991.
....estimation on the popular decorrelating receiver. The classical method for achieving synchronization, the socalled sliding correlator, is described in [5] Other methods are: rapid acquisition by sequential estimation (RASE) proposed in [15] and the multiple user extension of RASE developed in [4]. These methods assume that the user, whose propagation delay is to be estimated, transmits a known data sequence (e.g. all ones) This implies that these methods cannot be used directly for tracking changes in the propagation delays during data transmission. Furthermore, these algorithms are ....
T. K. Moon, R. T. Short, and C. K. Rushforth. "A RASE approach to acquisition in SSMA systems." In Proceedings IEEE Military Communications Conference, pp. 1037--1041, 1991.
....estimation on the popular decorrelating receiver. The classical method for achieving synchronization, the so called sliding correlator, is described in [4] Other methods are: rapid acquisition by sequential estimation (RASE) proposed in [9] and the multiple user extension of RASE developed in [3]. These methods assume that the user, whose propagation delay is to be estimated, transmits a known data sequence. This implies that these methods cannot be used directly for tracking changes in the propagation delays during data transmission. Furthermore, these algorithms are known to be ....
T. K. Moon, R. T. Short, and C. K. Rushfort. "A RASE Approach to Acquisition in SSMA Systems". In Proceedings IEEE Military Communications Conference, pp. 1037--1041, 1991.
....[6, 9] and references therein. Just like the standard detector, these methods are single user algorithms and works reasonably well in a multiuser environment if the received powers are similar, but fails in a near far environment [4] Another approach to code acquisition is the MARASE algorithm [5], which is a multiuser algorithm. These algorithms assume transmission of a known bit sequence during acquisition and cannot be used for tracking (propagation delay estimation during data transmission) The main contribution of this paper is the treatment of the full problem, i.e. estimation of ....
T. K. Moon, R. T. Short, and C. K. Rushforth. "A RASE approach to acquisition in SSMA systems". In Proc. IEEE Milcom, pp. 1037--1041, 1991.
....[7] 8] and references therein. Just like the standard detector, these methods are single user algorithms and works reasonably well in a multiuser environment if the received powers are similar, but fails in a near far environment [9] Another approach to code acquisition is the MARASE algorithm [10], which is a multiuser algorithm. These algorithms assume transmission of a known bit sequence during acquisition and cannot be used for tracking (propagation delay estimation during data transmission) The main contribution of this paper is the treatment of the full problem, i.e. estimation of ....
Todd K. Moon, Robert T. Short, and Craig K. Rushforth, A RASE approach to acquisition in SSMA systems, In Proceedings IEEE Military Communications Conference, pages 1037--1041, 1991.
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