Abstract. We postulate a future for optical networks where data is more susceptible to errors than has been the case to date. This paper builds upon a previous study that highlighted content-dependent error in Gigabit Ethernet. In this paper we explain our previous non-uniformity results in terms of interactions between the coding scheme and observed physical layer characteristics. We also present a tool that is able to detect such non-uniform error characteristics in test and deployed networks.
Optical connections support virtual links in MPLS-over-optical multilayer networks and therefore, er...
International audienceThis article investigates practical methods to assess and compare different ca...
The evolution of computer communications and the Internet has led to the emergence of a large number...
Optical fibre communications are now widely used in many applications, including local area computer...
Abstract. This paper presents a study of the errors observed when an optical Gigabit Ethernet link i...
The non-deterministic relationship between Bit Error Rate and Packet Error Rate is demonstrated for ...
As optical networks evolve towards more dynamicity and an ever more efficient and elastic spectrum u...
There is general belief that networks based on wireless technologies have much higher error rates th...
The detection and diagnosis of physical layer faults at system level in communications systems remai...
Error performance at the physical layer of digital communications equipment is a major factor in det...
This paper focuses on practical aspects of gigabit passive optical networks (GPON) diagnostics durin...
Next generation optical network technologies such as OPS and OBS have a non-negligible impact on the...
The Internet evolves rapidly, both in terms of the applications that use it and the networks that ca...
IEEE Optical connections support virtual links in MPLS-over-optical multilayer networks and therefor...
Abstract:- The next generation optical network demands unprecedented performance due to ultra-high a...
Optical connections support virtual links in MPLS-over-optical multilayer networks and therefore, er...
International audienceThis article investigates practical methods to assess and compare different ca...
The evolution of computer communications and the Internet has led to the emergence of a large number...
Optical fibre communications are now widely used in many applications, including local area computer...
Abstract. This paper presents a study of the errors observed when an optical Gigabit Ethernet link i...
The non-deterministic relationship between Bit Error Rate and Packet Error Rate is demonstrated for ...
As optical networks evolve towards more dynamicity and an ever more efficient and elastic spectrum u...
There is general belief that networks based on wireless technologies have much higher error rates th...
The detection and diagnosis of physical layer faults at system level in communications systems remai...
Error performance at the physical layer of digital communications equipment is a major factor in det...
This paper focuses on practical aspects of gigabit passive optical networks (GPON) diagnostics durin...
Next generation optical network technologies such as OPS and OBS have a non-negligible impact on the...
The Internet evolves rapidly, both in terms of the applications that use it and the networks that ca...
IEEE Optical connections support virtual links in MPLS-over-optical multilayer networks and therefor...
Abstract:- The next generation optical network demands unprecedented performance due to ultra-high a...
Optical connections support virtual links in MPLS-over-optical multilayer networks and therefore, er...
International audienceThis article investigates practical methods to assess and compare different ca...
The evolution of computer communications and the Internet has led to the emergence of a large number...