This Tutorial will discuss the motivation, benefits, and challenges of photonic switching in
data centers and cover prospects of future data centers involving emerging new …

Designing efficient interconnects to support high-bandwidth and low-latency communication
is critical toward realizing high performance computing (HPC) and data center (DC) systems …

Disaggregated computing has been widely investigated to support the continuous progress
in computing performance and overcome the slowdown of Moore's law. It involves a flexible …

The diversity of workload requirements and increasing hardware heterogeneity in emerging
high performance computing (HPC) systems motivate resource disaggregation. Resource …

Dragonfly is a highly scalable, low-diameter, and cost-efficient network topology, which has
been adopted in new exascale High Performance Computing (HPC) systems. However …

The accelerated growth of data traffic in data centers (DCs) globally is driven by the
dominance of multiple emerging data-intensive applications hosted by edge/cloud DCs …

The increasing size and complexity of deep learning (DL) models have led to the wide
adoption of distributed training methods in datacenters (DCs) and high-performance …

This paper presents a cognitive flexible-bandwidth optical interconnect architecture for
datacom networks. The proposed architecture leverages silicon photonic reconfigurable all …

As a first step of designing O ptical-circuit-switched D ata C enters (ODC), physical topology
design is critical as it determines the scalability and the performance limit of the entire ODC …

Data Center Network (DCN) flexibility is critical for providing adaptive and dynamic
bandwidth while optimizing network resources to manage variable traffic patterns generated …