New nodal design for high throughput data vortex optical interconnection network

Latency-optimized high performance Data Vortex optical switching network

“…This is mainly due to the nature of the deflectionbased routing, and traffic backpressure accumulates at each cylinder and degrades quickly beyond certain traffic level. There have been several approaches proposed to enhance the network performance [14][15][16]. These methods provide more effective sharing of the existing routing nodes or further provide redundancy and network resources.…”

“…The effect of such proposal on large scale Data Vortex networks is particularly of interest. In addition, several enhancement techniques were proposed to improve both throughput and latency in the routing and architectural level [14][15][16]. In this research, we expand the work from the short paper [13], and more extensively examine its potential in large scale networks, particularly when in combining the enhancement technique in [14].…”