Florida International University (FIU) is pursuing a business partner interested in commercializing Load-Balancing Algorithms for Data Center Networks. These algorithms are meant to significantly enhance the routing of modern data center networks.
The distributed load-balancing multipath routing algorithm is designed for distributed switches and routers to allow for improved network throughput (the rate of packet transmissions) and reduce packet latency (the end-to-end delay to transmit packets). This effect is achieved by utilizing the multipath capability of modern multi-rooted data center network topologies and depth-first worst-fit search to obtain optimal load-balancing.
The centralized load-balancing multipath routing algorithm is designed for software defined networks with a fat tree topology to enable full bandwidth usage and efficient packet scheduling by utilizing the global knowledge of the network controller. Measuring the remaining link bandwidth and selecting the minimum bottleneck load allows the algorithm to achieve the load-balancing objective. Both algorithms have been tested in simulation experiments.
The algorithms can be applied for routing in modern data center networks.
- Improved network throughput.
- Reduced packet latency.
- Provides higher bandwidth.
- Avoids wasting switch bandwidth.
- Minimization of bottleneck load.
For additional information about this technology opportunity, please contact Elizabeth Garami at email@example.com or by phone at 305-348-0008 and ask about record IP 1220.