bit error rate

Such a system can be used as the source of quantum key distribution system with a bit error rate less than 6%.

and the variation of the transmission laser wavelength has no obvious influence on the system bit error rate.

Although ML detector is optimal in the sense of minimization of bit error rate, it is not practical for its complexity.

Viterbi algorithm using the maximum likelihood algorithm, to achieve the best bit error rate, the size of computation can be accepted fully.

The mathematical model of the system is established, and the system bit error rate (BER) formula is presented.

Performance analysis shows that the decision arrangement can improve the bit error rate(BER) performance of the detector.

In data transmission, how to estimate and decode the signal for reducing the bit error rate (BER) would be the subject for studying.

This paper is to research the effects of the RF BPF group delay characteristics on the bit error rate (BER) of the OFDM receiver.

Simulation results show that the proposed multiuser detection scheme reaches lower bit error rate and lower complexity.

The impact of pulse width, number of simultaneous active users and data rate on the SNR and bit error rate (BER) is discussed.

Bit-error rate (BER) of a volume holographic storage system is analyzed in this thesis.

In free-space optical communication, the impact of aperture averaging of the receiver on the bit-error rate is studied.

Simulation results shows that applying this algorithm in spectrum spread system will improve Bit Error Rate performance.

This proposed scheme shows that low bit error rate (BER) and word error rate (WER) can be achieved.

By analyzing the bit error rate, the results show that the major factor causing quantum bit errors is quantum noise.

Furthermore, the bit-error-rate evaluation formula of the new scheme is derived using the tightening union bound techniques.

Simulation results include misuse of the symbol rate and bit error rate.

The model structure is presented and the expression of bit error rate is derived analytically.

Simulation results show that MMSE-EOPPIC can efficiently improve the Bit Error Rate (BER) performance of system.

Lastly, the design and implementation of Bit Error Rate Test are discussed.

But these process-gains usually cannot satisfy a low bit-error-rate if the signal-noise-ratio of input signal is very low.

The set-tree block is coded independently to improve the anti-BER(bit error rate).

in the aspects of dwell time, when jamming dwell increases from 0. 1 to 1, the bit error rate can also increase approximately 10 times.

Simulation of the influence of antenna vibration on the bit error rate of an atmospheric laser communication system

A bit-error rate calculative method of the laser communication system transmitting in the fog

Computer Simulation of the Influence of Satellite Vibration on the Bit Error Rate of Optical Communication

Analysis of bit error rate in a space optical communication system under a simplified vibrating model

Study of the Influence of Sine Vibration on Bit Error Rate in Intersatellites Optical Communications

Bit Error Rate Monte-Carlo Simulation of the Pulse-Position Modulation Signal in Wireless Laser Communication

Control of Bit Error Rate Introduced by Platform Vibration for Free Space Optical Communication

Influence of background light on quantum bit error rate in satellite-to-ground quantum key distribution

A Parallel Measurement of Bit Error Rate for High Bit Rate Fiber Optical Transmission Systems

Study On Bit-Error Rate Performance in Cross-Gain Type All-Optical Wavelength Converter

Bit Error Rate Analysis of Remote Control and Survey System in the Underwater Aircraft

Bit Error Rate in Lunar-earth Optical Communication systems

Design and realization of programming bit error rate tester

Design of a Simple Bit Error Rate Tester Based on FPGA

Analysis of quantum bit error rate based on single-photon source with Poisson distribution

Bit error rate limit for finite length codes

Adaptive Beam-forming Algorithm Based on Minimizing Bit Error Rate

Tunable dispersion compensation based on bit error rate

testing, bit error rate (BERT)

EBER Excessive Bit Error Rate

UN7 Adds internal bit-error-rate analyzer Model #-UN

ABER Average Bit Error Rate

BERT Bit Error Rate Testing

Data Fragment Technology Based on Bit Error Rate

BERSIM Bit Error Rate Simulator

The Study on Adaptive Minimum Bit Error Rate Filtering

Design of Bit Error Rate Tester Based on FPGA