RRDS algorithm avoids packet reordering, balances the load efficiently, and has high throughput. It scales well with the size of PSIQC.
RRDS算法能够保证信元顺序，具有负载均衡、吞吐率高的特点，对PSIQC的规模表现出较好的可扩展性。
Numerous studies have shown that packet reordering is common, especially at wireless and Satellite networks where there are high degree of parallelism and different link speeds.
许多研究表明，在高并行度和不同链接速率的无线网和卫星网中都存在包的重排序。
The simulation results show that the local sequence and buffer admission-control mechanisms have the same advantages as RRDS, such as load balancing, high throughput and avoiding packet reordering.
模拟结果显示，局部序列号和缓冲区准入相结合，保持了RRDS算法负载分配均匀、吞吐率高和保序等特点。
The simulation results show that the local sequence and buffer admission-control mechanisms have the same advantages as RRDS, such as load balancing, high throughput and avoiding packet reordering.
模拟结果显示，局部序列号和缓冲区准入相结合，保持了RRDS算法负载分配均匀、吞吐率高和保序等特点。
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