sran
2011-06-12, 12:29 AM
Abstract - In this paper we discuss Inter-Frequency Hand-
Over (IFHO) in third generation cellular systems based on
Wide-band DS-CDMA. In order to provide maximum flexibility
for future radio network design, it is important to develop a
technique allowing reliable WHO in the system. The Compressed
Mode (CM) scheme first presented in [l] facilitates the
use of the Mobile-Assisted HandOver (MAHO) technique commonly
used in all second generation systems, also for WHO in a
CDMA system. We present and analyze four different ways of
achieving a CM mechanism in a CDMA system.
It is found that methods based on variable spreading factor and
coding-rate increment may be of most interest for practical use.
link: Compressed Mode Techniques for Inter-Frequency Measurements in a Wide-band DS-CDMA System.rar (http://www.mediafire.com/?v6bqi4ibqg67bbu)
password: "********"
Over (IFHO) in third generation cellular systems based on
Wide-band DS-CDMA. In order to provide maximum flexibility
for future radio network design, it is important to develop a
technique allowing reliable WHO in the system. The Compressed
Mode (CM) scheme first presented in [l] facilitates the
use of the Mobile-Assisted HandOver (MAHO) technique commonly
used in all second generation systems, also for WHO in a
CDMA system. We present and analyze four different ways of
achieving a CM mechanism in a CDMA system.
It is found that methods based on variable spreading factor and
coding-rate increment may be of most interest for practical use.
link: Compressed Mode Techniques for Inter-Frequency Measurements in a Wide-band DS-CDMA System.rar (http://www.mediafire.com/?v6bqi4ibqg67bbu)
password: "********"