Dissertation > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation systems > Data processing, data processing system

Design and Realization of Host Computer for Burst Error Tester Based on LabVIEW.

Author HuangZuo
Tutor ZhaoHongWu
School Wuhan University of Science and Technology
Course Applied Computer Technology
Keywords Optical fiber communication BER Burst BERT LabVIEW Host computer
Type Master's thesis
Year 2011
Downloads 94
Quotes 0
Download Dissertation

With digital communication , optical fiber communication and technology development , there is a growing emphasis on the error performance of the channel . In the high - speed optical communication systems , the bit error is not ideal due to channel interference and noise , so that the receiving end of the symbol judgment error occurs , so that the transmission quality of the information to produce damage caused . BER tester is the basic instrument for assessing the transmission performance of the system . The burst mode data transmission mode is more and more applications in a digital communication system . In a passive optical network (PON) system , for the uplink signal for the burst characteristics of the signal need to use high - speed burst error detector to measure the performance of the system as a whole . LabVIEW is a program development environment based G language ( graphical programming language) developed by the United States NI . C and BASIC language text-based LabVIEW program is a block diagram form as much as possible to take advantage of the technical staff , engineers familiar with the terminology , the concept of the icon . LabVIEW is an end-user - oriented tools that can enhance the user 's ability to build their own engineering systems and use it to carry out the principles of research, design, test , can greatly improve the work efficiency . Burst BERT features and characteristics of the LabVIEW program , the sudden BERT host computer design method based on LabVIEW interface ( version 2.0 ) . Based on LabVIEW to create interactive interface between a BERT user . Do a whole burst BERT LabVIEW interface , detailed description and analysis of the function of each module in LabVIEW program flow chart , the communication between the control platforms and PC, BERT , and finally to save the test results in within the document . The test data and results of performance evaluation shows that the approach is feasible .

Related Dissertations
More Dissertations