In the last twenty years, optical networks have witnessed recurrent changes in their
management and control architecture. In this paper, we present a historical timeline and a …

Time-sensitive applications, most notably, for 5G fronthauling and Industry 4.0, require
deterministic (jitter-free) low-latency, highly reactive, and trustable networks, as opposed to …

By massively digitalizing production processes, the industry expects an efficient and secure
cooperation of a large number of machines, as well as an increasing integration of IT …

Today's network infrastructure evolves into two seemingly opposite directions: cloudification
centralizes functions that used to be distributed for economies of scale, at the expense of …

The cloud computing technology makes services more diverse, and users have different
needs for multi-service experience. The operator cloud data centers support more services …

Future optical metro access networks will connect heterogeneous access technologies like
beyond 5G radio access networks and edge computing interconnections. These access …

The dynamicity of today's optical networks is far from its potential. Optical components, such
as fast-tunable lasers or semiconductor optical amplifiers, can react on a nanosecond time …

Facing the pressure of low‐cost competition brought by the homogenization of commodities,
the manufacturing industry seeks to survive by providing services. By providing outsourcing …

We demonstrate a hybrid silicon tunable laser with wide tunability and rapid switching speed
for applications in sensing and optical networks. By implementing an optimized carrier …

结合当前网络流量海量, 混沌, 随机性变化的特点, 为了获得理想的网络流量预测结果,
提出了基于云计算和大数据分析的大规模网络流量预测模型. 首先, 根据混沌算法描述网络流量 …