초록 ▼

Reverse link busy bits are independently generated by each base station and indicative of whether the transmitting base station has reached a reverse link capacity limit. In a first exemplary embodiment, the remote station combines the multipath components of the reverse link busy bits from each of

Reverse link busy bits are independently generated by each base station and indicative of whether the transmitting base station has reached a reverse link capacity limit. In a first exemplary embodiment, the remote station combines the multipath components of the reverse link busy bits from each of the transmitting base stations in its Active Set and in response transmits a reverse link signal only when all of the reverse link busy bits indicate that the base stations in the remote stations Active Set have reverse link capacity. In a first alternative embodiment, the remote station weights the reverse link busy signals in accordance with the signal strength of the base station transmitting the busy signal and determines whether to transmit based on the weighted sum of the busy signals. In a second alternative embodiment, the remote station weights the reverse link busy signals in accordance with the signal strength of the base station transmitting the busy signal and determines a maximum reverse link data rate based on the weighted sum of the busy signals.

대표청구항 ▼

Reverse link busy bits are independently generated by each base station and indicative of whether the transmitting base station has reached a reverse link capacity limit. In a first exemplary embodiment, the remote station combines the multipath components of the reverse link busy bits from each of

Reverse link busy bits are independently generated by each base station and indicative of whether the transmitting base station has reached a reverse link capacity limit. In a first exemplary embodiment, the remote station combines the multipath components of the reverse link busy bits from each of the transmitting base stations in its Active Set and in response transmits a reverse link signal only when all of the reverse link busy bits indicate that the base stations in the remote stations Active Set have reverse link capacity. In a first alternative embodiment, the remote station weights the reverse link busy signals in accordance with the signal strength of the base station transmitting the busy signal and determines whether to transmit based on the weighted sum of the busy signals. In a second alternative embodiment, the remote station weights the reverse link busy signals in accordance with the signal strength of the base station transmitting the busy signal and determines a maximum reverse link data rate based on the weighted sum of the busy signals. 0, Miyamoto, 365/230.06; US-5122690, 19920600, Bianchi; US-5128560, 19920700, Chern et al.; US-5128563, 19920700, Hush et al.; US-5134311, 19920700, Biber et al.; US-5150186, 19920900, Pinney et al.; US-5165046, 19921100, Hesson; US-5170074, 19921200, Aoki; US-5179298, 19930100, Hirano et al.; US-5194765, 19930300, Dunlop et al.; US-5220208, 19930600, Schenck; US-5239206, 19930800, Yanai; US-5254883, 19931000, Horowitz et al.; US-5274276, 19931200, Casper et al.; US-5274799, 19931200, Brant et al., 714/006; US-5276642, 19940100, Lee; US-5278460, 19940100, Casper; US-5281865, 19940100, Yamashita et al.; US-5303364, 19940400, Mayer et al.; US-5311481, 19940500, Casper et al., 365/230.06; US-5321368, 19940600, Hoelzle; US-5347177, 19940900, Lipp; US-5347179, 19940900, Casper et al.; US-5361002, 19941100, Casper; US-5361263, 19941100, Urbansky; US-5383157, 19950100, Phelan, 365/201; US-5387809, 19950200, Yamagishi et al.; US-5390308, 19950200, Ware et al.; US-5400283, 19950300, Raad, 365/203; US-5436911, 19950700, Mori; US-5438545, 19950800, Sim, 365/189.05; US-5440260, 19950800, Hayashi et al.; US-5457407, 19951000, Shu et al.; US-5467473, 19951100, Kahle et al.; US-5471591, 19951100, Edmondson et al.; US-5473575, 19951200, Farmwald et al., 365/230.06; US-5475642, 19951200, Taylor, 365/203; US-5481497, 19960100, Yamauchi et al., 365/189.05; US-5483497, 19960100, Mochizuki et al., 365/230.03; US-5497127, 19960300, Sauer; US-5498990, 19960300, Leung et al., 327/323; US-5506814, 19960400, Hush et al., 365/230.03; US-5508638, 19960400, Cowles et al.; US-5513327, 19960400, Farmwald et al.; US-5537352, 19960700, Meyer et al., 365/189.02; US-5546537, 19960800, McClure; US-5548786, 19960800, Amini et al.; US-5568077, 19961000, Sato et al.; US-5574698, 19961100, Raad, 365/230.06; US-5576645, 19961100, Farwell; US-5578941, 19961100, Sher et al.; US-5581197, 19961200, Motley et al.; US-5590073, 19961200, Arakawa et al., 365/185.08; US-5619473, 19970400, Hotta, 365/238.5; US-5621690, 19970400, Jungroth et al., 365/200; US-5627780, 19970500, Malhi, 365/185.09; US-5627791, 19970500, Wright et al., 365/222; US-5631872, 19970500, Naritake et al., 365/227; US-5636163, 19970600, Furutani et al., 365/189.01; US-5636173, 19970600, Schaefer, 365/230.03; US-5636174, 19970600, Rao, 365/230.03; US-5638335, 19970600, Akiyama et al., 365/230.03; US-5650971, 19970700, Longway et al., 365/207; US-5655105, 19970800, McLaury; US-5668763, 19970900, Fujioka et al., 365/200; US-5682342, 19971000, Suzuki; US-5691953, 19971100, Yeh et al., 365/230.08; US-5694065, 19971200, Hamasaki et al.; US-5717894, 19980200, Vivio; US-5737276, 19980400, Shin et al., 365/230.08; US-5761147, 19980600, Lindner et al., 365/230.05; US-5809228, 19980900, Langendorf et al.; US-RE35934, 19981000, Takai, 365/189.05; US-5831929, 19981100, Manning, 365/233; US-5841717, 19981100, Yamaguchi, 365/205; US-5847577, 19981200, Trimberger; US-5854911, 19981200, Watkins; US-5870347, 19990200, Keeth et al., 365/230.03; US-5903916, 19990500, Pawlowski et al., 365/189.04; US-5905874, 19990500, Johnson; US-5923594, 19990700, Voshell, 365/189.05; US-5946245, 19990800, Brown et al., 365/201; US-5956502, 19990900, Manning, 713/503; US-6014759, 20000100, Manning, 714/042; US-6023177, 20000200, Kim et al., 327/142; US-6035393, 20000300, Glew et al., 712/237; US-6044429, 20000300, Ryan et al., 710/131; US-6061772, 20000500, Webber et al., 711/169; US-6085283, 20000700, Toda, 711/104; US-6088774, 20000700, Gillingham, 711/167; US-6091646, 20000700, Voshell, 365/189.05; US-6134634, 20001000, Marshall, Jr. et al., 711/143; US-6154814, 20001100, Uesugi, 711/133; US-6233670, 20010500, Ikenaga et al., 712/218; US-6374334, 20020400, Suga et al., 710/244