Error performance at the physical layer of digital communications equipment is a major factor in determining transmission quality. The ITU-T G.826, G.828, G.829 and G.8201 recommendations identify error parameters for high-speed digital networks in relation to G.821 recommendation. The paper describes the relations between individual error parameters and the error rate
A fast evaluation of the error rate in fiber optic digital transmission systems with correlated symb...
On/Off-Keying (OOK) data transmission in the atmospheric optical channel suffers from slow fading of...
Abstract. We postulate a future for optical networks where data is more susceptible to errors than h...
Abstract-Study Group XI11 of the ITU-TS has recently ap-proved a new performance recommendation G.82...
Instruments for measuring error rates and error structures were developed to determine the transmiss...
Abstract:- The next generation optical network demands unprecedented performance due to ultra-high a...
The purpose of this research project is to assess characteristics of communication systems hardware ...
Study Group XI11 of the ITU-TS has recently approved a new performance recommendation G.826 which t...
Optical fibre communications are now widely used in many applications, including local area computer...
Measurement of bit rate and bit error rate is essential for the assessment of performance of digital...
The non-deterministic relationship between Bit Error Rate and Packet Error Rate is demonstrated for ...
This dissertation deals with the problematic of the free space optical link availability determinati...
There is general belief that networks based on wireless technologies have much higher error rates th...
103 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.This thesis describes two met...
This paper presents a methodology to calculate the bit-error rate for the data transmission in the u...
A fast evaluation of the error rate in fiber optic digital transmission systems with correlated symb...
On/Off-Keying (OOK) data transmission in the atmospheric optical channel suffers from slow fading of...
Abstract. We postulate a future for optical networks where data is more susceptible to errors than h...
Abstract-Study Group XI11 of the ITU-TS has recently ap-proved a new performance recommendation G.82...
Instruments for measuring error rates and error structures were developed to determine the transmiss...
Abstract:- The next generation optical network demands unprecedented performance due to ultra-high a...
The purpose of this research project is to assess characteristics of communication systems hardware ...
Study Group XI11 of the ITU-TS has recently approved a new performance recommendation G.826 which t...
Optical fibre communications are now widely used in many applications, including local area computer...
Measurement of bit rate and bit error rate is essential for the assessment of performance of digital...
The non-deterministic relationship between Bit Error Rate and Packet Error Rate is demonstrated for ...
This dissertation deals with the problematic of the free space optical link availability determinati...
There is general belief that networks based on wireless technologies have much higher error rates th...
103 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.This thesis describes two met...
This paper presents a methodology to calculate the bit-error rate for the data transmission in the u...
A fast evaluation of the error rate in fiber optic digital transmission systems with correlated symb...
On/Off-Keying (OOK) data transmission in the atmospheric optical channel suffers from slow fading of...
Abstract. We postulate a future for optical networks where data is more susceptible to errors than h...