Add to ORKGAbstract. This paper presents a study of the errors observed when an optical Gigabit Ethernet link is subject to attenuation. We use a set of purpose-built tools which allows us to examine the errors observed on a per-octet basis. We find that some octets suffer from far higher probability of error than others, and that the distribution of errors varies depending on the type of packet transmitted.
Abstract — Optical packet switches of the foreseeable future are expected to have severely limited b...
Next generation optical network technologies such as OPS and OBS have a non-negligible impact on the...
This project investigates the effectiveness of a traditional Optical Time-Domain Reflectometer (OTDR...
Optical fibre communications are now widely used in many applications, including local area computer...
Abstract. We postulate a future for optical networks where data is more susceptible to errors than h...
The optical fiber is a very attractive communication medium since it offers a large bandwidth an...
The effective monitoring of big data and telecom networks is becoming more and more crucial nowadays...
Error performance at the physical layer of digital communications equipment is a major factor in det...
The non-deterministic relationship between Bit Error Rate and Packet Error Rate is demonstrated for ...
This letter describes a technology demonstrator for an incoherent optical code-division multiple-acc...
As optical networks evolve towards more dynamicity and an ever more efficient and elastic spectrum u...
Instruments for measuring error rates and error structures were developed to determine the transmiss...
In this paper we investigate the performance of an Optical Code Division Multiplexing/Wavelength Div...
An O-CDMA TD based on 2-D (wavelength/time) codes is described, with bit-error-rate (BER) and eye-di...
Abstract:- The next generation optical network demands unprecedented performance due to ultra-high a...
Abstract — Optical packet switches of the foreseeable future are expected to have severely limited b...
Next generation optical network technologies such as OPS and OBS have a non-negligible impact on the...
This project investigates the effectiveness of a traditional Optical Time-Domain Reflectometer (OTDR...
Optical fibre communications are now widely used in many applications, including local area computer...
Abstract. We postulate a future for optical networks where data is more susceptible to errors than h...
The optical fiber is a very attractive communication medium since it offers a large bandwidth an...
The effective monitoring of big data and telecom networks is becoming more and more crucial nowadays...
Error performance at the physical layer of digital communications equipment is a major factor in det...
The non-deterministic relationship between Bit Error Rate and Packet Error Rate is demonstrated for ...
This letter describes a technology demonstrator for an incoherent optical code-division multiple-acc...
As optical networks evolve towards more dynamicity and an ever more efficient and elastic spectrum u...
Instruments for measuring error rates and error structures were developed to determine the transmiss...
In this paper we investigate the performance of an Optical Code Division Multiplexing/Wavelength Div...
An O-CDMA TD based on 2-D (wavelength/time) codes is described, with bit-error-rate (BER) and eye-di...
Abstract:- The next generation optical network demands unprecedented performance due to ultra-high a...
Abstract — Optical packet switches of the foreseeable future are expected to have severely limited b...
Next generation optical network technologies such as OPS and OBS have a non-negligible impact on the...
This project investigates the effectiveness of a traditional Optical Time-Domain Reflectometer (OTDR...