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Abstract
Simultaneous two-way time transfer experiments via satellite symphonie, in which National Physical Laboratory, New Delhi (NPL), Space Applications Centre (SAC), Ahmedabad and Madras Earth Station, Madras (MES) participated, are reported in this paper. The uncertainties involved in alternate one-way mode of clock synchronization reported earlier were removed and a much improved precision and accuracy was achieved. In addition, the results obtained in a Round Robin method, where one station transmits and the other two receive between NPL, SAC and MES are also presented.
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A.K. Suri
Anil K. Suri: (born July 13, 1954) Passed Diploma in Instrument Technology in 1974 and Post Diploma in Industrial Electronics in 1975 from ISTC. Chandigarh. Has worked for two years with CDIL, Delhi in the field of Relays and Reed Relays and now for the last three and half years working with National Physical Laboratory in Time and Frequency Standards. And also shared NPL award 1979 for Updating Time and Frequency Standards. Has nine papers to his credit.