Changes between Version 2 and Version 3 of IEEE2010_Drexel

Timestamp:

Apr 22, 2011, 1:23:33 PM (13 years ago)

Author:

jdavis

Comment:

--

IEEE2010_Drexel

@@ -9 +9 @@
 wireless channel is assumed to be flat fading and constant over the duration of one time slot. A user i
 with a non-empty queue transmits a packet with some probability p in the beginning of each time slot,
-after waiting for a random time interval 
-i. If more than two users transmit in the same slot, the collision
+after waiting for a random time interval.  If more than two users transmit in the same slot, the collision
 cannot be resolved, the packets are discarded and the users are asked to retransmit at a later time. If only
 one user transmits, the transmitted packet is recovered with some probability, depending on the state
 of the channel. If two users transmit, the collision can be separated and the packets recovered by first
 oversampling the collision signal and then exploiting independent information about the two users that
-is contained in the signal polyphase components. The properties of the user delays 
-i’s are determined
+is contained in the signal polyphase components. The properties of the user delays i’s are determined
 so that the probability of user separation is maximized. The ALOHA-CR throughput is derived under
 the infinite backlog assumption, i.e., the network users always have data in their queues, and also under