1 D. M. Grieco, "The capacity achievable with a broadband CDMA microcell underlay to an existing cellular macrosystem" 12 : 744-750, 1994
2 A. J. Viterbi, "Soft handoff extends CDMA cell coverage and increases reverse link capacity" 12 : 1281-1288, 1994
3 R. Padovani, "Reverse link performance of IS-95 based cellular systems" 1 (1): 28-34, 1994
4 Martin V. Clark, "Reuse effciency in urban microcellular networks" 46 (46): 279-288, 1997
5 H.-S. Cho, "Performance analysis of cross- and cigar- shaped urban microcells considering user mobility characteristics" 49 (49): 105-116, 2000
6 F. Niu, "Path loss and cell Coverage of urban microcells in high-rise building environments" 266-270, 1993
7 J. S. Evans, "On the teletraffic capacity of CDMA cellular networks" 48 : 153-165, 1999
8 K. S. Gilhousen, "On the Capacity of a Cellular CDMA Systems" 40 (40): 303-312, 1991
9 R.G. Akl, "Multicell CDMA network design" 50 : 711-722, 2001
10 T. Suzuki, "Microcell quality control scheme for PCS CDMA systems considering nonuniform traffic distribution" 239-243, 1993
1 D. M. Grieco, "The capacity achievable with a broadband CDMA microcell underlay to an existing cellular macrosystem" 12 : 744-750, 1994
2 A. J. Viterbi, "Soft handoff extends CDMA cell coverage and increases reverse link capacity" 12 : 1281-1288, 1994
3 R. Padovani, "Reverse link performance of IS-95 based cellular systems" 1 (1): 28-34, 1994
4 Martin V. Clark, "Reuse effciency in urban microcellular networks" 46 (46): 279-288, 1997
5 H.-S. Cho, "Performance analysis of cross- and cigar- shaped urban microcells considering user mobility characteristics" 49 (49): 105-116, 2000
6 F. Niu, "Path loss and cell Coverage of urban microcells in high-rise building environments" 266-270, 1993
7 J. S. Evans, "On the teletraffic capacity of CDMA cellular networks" 48 : 153-165, 1999
8 K. S. Gilhousen, "On the Capacity of a Cellular CDMA Systems" 40 (40): 303-312, 1991
9 R.G. Akl, "Multicell CDMA network design" 50 : 711-722, 2001
10 T. Suzuki, "Microcell quality control scheme for PCS CDMA systems considering nonuniform traffic distribution" 239-243, 1993
11 J. Shapira, "Microcell engineering in CDMA cellular networks" 43 : 817-825, 1994
12 Andrea J. Goldsmith, "Measurement-based model for predicting coverage areas of urban microcells" 11 (11): 1013-1023, 1993
13 S. Shin, "Interference-based channel assignment for DS-CDMA cellular systems" 48 : 233-239, 1999
14 S. Min, "Effect of cell shape on design of CDMA systems for urban microcells" 5 (5): 2805-2813, 2006
15 J. Zander, "Distributed co-channel interference control in cellular radio system" 41 (41): 1992
16 L.R. Maciel, "Cell shape for microcellular systems in residential and commercial environments" 270-278, 1994
17 Y. Ishikawa, "Capacity design and performance of call admission control in cellular CDMA systems" 15 : 1627-1635, 1997
18 B.T. Ahmed, "Capacity and interference statistics of Highways W-CDMA Cigar-shaped microcells (Uplink analysis)" 6 (6): 172-174, 2002
19 C.S. Kang, "Capacity analysis of spectrally overlaid macro/microcellular CDMA systems supporting multiple types of traffic" 52 (52): 333-345, 2003
20 D.H. Kim, "Capacity analysis of macro/microcellular CDMA with power ratio control and tilted antenna" 49 (49): 34-42, 2000
21 A. J. Viterbi, "CDMA Principles of Spread Spectrum Communication" Addison-Wesley 1995