• K5 Data at Kashima 34m telescope were recorded with K5/VSSP32 sampler.
• Mark5 data observed at Onsala has been transfered to Kashima in realtime with Tsunami protocol.
• Data conversion from Mark5->K5 has performed by M5tok5 software developed by T.Kondo (NICT).
• The software correlator developed by T.Kondo was used the correlation processing job.
• Above data conversion and correlation processing were run on cluster of PCs. And Automated data processing scheme is completed by using File Conversion Agent(conv_tool5.pl), Correlation Job Manager(cor_mgr.pl), and Correlarion process agent software (cor_srv2.pl). They communicate each other by TCP/IP and share the processing. The correlation management tool is available freely.
• U7151A experiment was quite succesfull. Owing to above mentioned automated correlation processing, all the correlation processing were finished within 10 min. after the last scan. And the UT1 result was obtained within 30 min after the experiment. This was the fastest record in measurement of UT1.
• Regarding the experiment U7151B, Mark5 Data from Onsala 20m telescope were intended to be transfered in 256Mbps mode in real-time via tsunami protocol, though, the data were not tranfered properly.
• The backup data observed at Onsala has been transfered off-line mode. But the data rate recorded in the file was found to be in 128Mbps mode instead of 256Mbps. The U7151B experiment was failed, probablly due to switching of sampling mode of Mark5 sampler.

Bandwidth Synthesis Result for U07151A / UT1 Analysis Result by Solve