Header recognition and packet detection in all-optical networks using on/otT optical ultrafast signalling at a fixed wavelength can be implemented by means of recently demonstrated optical sampling AND gates. A novel packet structure in which the header is spread in a TDM fashion over the optical packet allows the number of such AND gates to be minimised in the routing and receiving blocks thereby best exploiting the required electronic
International audienceWe propose a technique for building optical packet networks that does not requ...
We demonstrate a reconfigurable all-optical packet processing system. The key device is a code-recon...
The paper presents a node architecture for an all-optical packet router where packet header address ...
A nove1 packet structure is proposed here to simplify the header recognition and packet demultiplexi...
In this paper we present modeling and simulation of multiple-hop all-optical packet routing based on...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
This paper discusses key results in the field of high speed optical networking with particular focus...
In future high-speed photonic packet switching networks, it is highly desirable to carry out robust ...
All-optical packet switched networks with flexibility and capability to deal with the bursty traffic...
We present an optical packet switching system based on header recognition using 255 bit, 320 Gbit/s ...
Abstract—Digital optical logic circuits capable of performing bit-wise signal processing are critica...
Rapidly growing internet traffic volume is the major driving force behind the development of optical...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
The paper proposes an all-optical 1×M router architecture based on pulse-position-modulation header ...
Fast optical switching (ms timebase) is realized by using a RF frequency tone inserted in the optica...
International audienceWe propose a technique for building optical packet networks that does not requ...
We demonstrate a reconfigurable all-optical packet processing system. The key device is a code-recon...
The paper presents a node architecture for an all-optical packet router where packet header address ...
A nove1 packet structure is proposed here to simplify the header recognition and packet demultiplexi...
In this paper we present modeling and simulation of multiple-hop all-optical packet routing based on...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
This paper discusses key results in the field of high speed optical networking with particular focus...
In future high-speed photonic packet switching networks, it is highly desirable to carry out robust ...
All-optical packet switched networks with flexibility and capability to deal with the bursty traffic...
We present an optical packet switching system based on header recognition using 255 bit, 320 Gbit/s ...
Abstract—Digital optical logic circuits capable of performing bit-wise signal processing are critica...
Rapidly growing internet traffic volume is the major driving force behind the development of optical...
We discuss how all-optical signal processing might play a role in future all-optical packet switched...
The paper proposes an all-optical 1×M router architecture based on pulse-position-modulation header ...
Fast optical switching (ms timebase) is realized by using a RF frequency tone inserted in the optica...
International audienceWe propose a technique for building optical packet networks that does not requ...
We demonstrate a reconfigurable all-optical packet processing system. The key device is a code-recon...
The paper presents a node architecture for an all-optical packet router where packet header address ...