\u3cp\u3eWe demonstrate a novel all-optical header processing system based on time-to-wavelength conversion that requires basically four optical functions. The four optical functions are nonlinear polarization switches (NPS) based on semiconductor optical amplifiers (SOA). Experimental validations show that four different headers are distinguished at four distinct outputs at the bit-rate of 10.9 Gbit/s. The asynchronous, low optical power, high-speed operation and the potential photonic integration make the system highly scalable and therefore suitable for all-optical packet switch.\u3c/p\u3
\u3cp\u3eUsing a single SOA, a novel optical scheme is able to simultaneously extract the header and...
We present a novel all-optical header processing technique that can be utilized in all-optical packe...
Optical packet switching promises to bring the flexibility and efficiency of the Internet to transpa...
\u3cp\u3eWe propose a novel asynchronous all-optical header processor based on time-to-wavelength co...
The increase of the internet traffic leads to future optical networks requiring tens of Tb/s of capa...
\u3cp\u3ePresented is a novel asynchronous all-optical header processing system for pure DPSK packet...
A new approach for optical packet header processing based on a time-to-wavelength converter is propo...
\u3cp\u3eWe demonstrate an highly-scalable header processor for DPSK packets based on time-to-wavele...
We present three optical signal processing functional blocks that enable 1×N optical packet switchin...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
\u3cp\u3eBy means of only one SOA a compact all-optical circuit that simultaneously extracts the hea...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
This thesis is devoted to all optical header recognition. All-optical header recognizers play an imp...
\u3cp\u3eUsing a single SOA, a novel optical scheme is able to simultaneously extract the header and...
We present a novel all-optical header processing technique that can be utilized in all-optical packe...
Optical packet switching promises to bring the flexibility and efficiency of the Internet to transpa...
\u3cp\u3eWe propose a novel asynchronous all-optical header processor based on time-to-wavelength co...
The increase of the internet traffic leads to future optical networks requiring tens of Tb/s of capa...
\u3cp\u3ePresented is a novel asynchronous all-optical header processing system for pure DPSK packet...
A new approach for optical packet header processing based on a time-to-wavelength converter is propo...
\u3cp\u3eWe demonstrate an highly-scalable header processor for DPSK packets based on time-to-wavele...
We present three optical signal processing functional blocks that enable 1×N optical packet switchin...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
\u3cp\u3eBy means of only one SOA a compact all-optical circuit that simultaneously extracts the hea...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
This thesis is devoted to all optical header recognition. All-optical header recognizers play an imp...
\u3cp\u3eUsing a single SOA, a novel optical scheme is able to simultaneously extract the header and...
We present a novel all-optical header processing technique that can be utilized in all-optical packe...
Optical packet switching promises to bring the flexibility and efficiency of the Internet to transpa...