EE_497_5_simplerelay.rar - This shows that relay power is an important criterion which decides the gain we get from simple relaying as compared to direct transmission.,2011-10-23 22:32:02,下载9次
EE_497_4_Norelay.rar - This shows that relay power is an important criterion which decides the gain we get from simple relaying as compared to direct transmission.,2011-10-23 22:29:22,下载8次
Relay_routing.rar - In March 2006 an IEEE task group was created to for incorporating mobile multihop relay capabilities in the mobile Wimax standard IEEE 802.16e. This group came up with an amendment to the 16e standard which is called 802.16j. This amendment is fully backward compatible. The addition of relay capability does not affect the design of MS unless MS has to exploit some optional features such as receive diversity. The BS needs to change slightly and is called MR-BS to differentiate it from BS with no MMR capabilities.,2011-10-23 22:28:14,下载31次
Comparative_study.rar - DF schemes provide better performance than the AF schemes. However DF
schemes are more computationally intensive at the RS. Also transmit diversity seems to perform
better than receive diversity. However receive diversity does not need the BS to transmit during the
second phase. Hence it can schedule another user in this slot. The benefit of receive diversity will be
visible when we do network simulations,2011-10-23 22:26:16,下载10次
EE_497_3_cooprelay.rar - This shows that relay power is an important criterion which decides the gain we get from simple relaying as compared to direct transmission.,2011-10-23 22:23:54,下载8次