NC-PRMA(Non-Collision Packet Reservation Multiple Access) is well known that it
outperforms PRMA(Packet Reservation Multiple Access) in throughput since NC-PRMA has no collision of packets and employ reservation of the slot. However, NC-PRMA is only c...
NC-PRMA(Non-Collision Packet Reservation Multiple Access) is well known that it
outperforms PRMA(Packet Reservation Multiple Access) in throughput since NC-PRMA has no collision of packets and employ reservation of the slot. However, NC-PRMA is only considered to voice traffic up to now. So, in this paper we consider the characteristics of NC-PRMA operating in both voice and data traffic. we apply throughput analysis scheme in equilibrium state used in PRMA to NC-PRMA. we examine the throughput and the voice packet dropping probability throughput analysis and simulation. The result show that NC-PRMA operating in both voice and data traffic outperforms PRMA in throughput and voice packet dropping probability