国家信息中心(NIC)网络的国家知识网络(NKN)与IST Over IoT框架同步的新方法

P. Thorat, T. Bhardwaj, P. Kandpal, Dr. Ravinder Agarwal, D. Aswal
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引用次数: 0

摘要

提议的方法成功调试,将德里和海得拉巴的NIC-NKN与NPLI通过物联网框架的NTP协议维护的印度标准时间(IST)同步,这是时间同步领域的一项重大成就。提出的方法利用物联网框架以及独特的地层1 NTP架构,该架构由预先校准的铷频率源支持。这种架构能够在两个位置建立1层同步,从而确保时间与NPLI维护的印度标准时间(IST)准确同步。这种方法的成功实施有几个好处。首先,它确保了德里和海得拉巴的NIC-NKN的时间准确,并与NPLI维护的印度标准时间(IST)同步。这对于各种需要精确计时的应用来说是至关重要的,比如在电信、金融交易和科学研究中。其次,这种方法可以扩展到需要精确时间同步的其他地点和组织。随着物联网设备的使用越来越多,对精确时间同步的需求只会增加。这种方法提供了一种可靠且可扩展的解决方案,可以在各种组织和地点轻松实现。第三,使用预先校准的铷频率源,保证了时间同步的准确性和长时间的稳定性。这一点很重要,因为时间同步中的小误差会随着时间的推移而累积,并导致重大错误。使用预先校准的铷频率源,确保时间同步在长时间内准确稳定,从而避免此类误差。总之,拟议方法的成功调试将德里和海得拉巴的NIC-NKN与NPLI通过IoT框架上的NTP协议维护的印度标准时间(IST)同步,这是一项重大成就。这种方法提供了一种可靠且可扩展的解决方案,可以在各种组织和地点轻松实现,以确保准确的时间同步。
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Novel Approach to Synchronize National Knowledge Network (NKN) of National Informatics Centre (NIC) Network with IST Over IoT Framework
The successful commissioning of the proposed methodology to synchronize the NIC-NKN in Delhi and Hyderabad with Indian Standard Time (IST) maintained by NPLI over NTP protocol over IoT framework is a significant accomplishment in the field of time synchronization. The proposed methodology utilizes an IoT framework along with a unique Stratum 1 NTP architecture that is supported by a pre-calibrated Rubidium frequency source. This architecture enables the establishment of stratum 1 synchronization at the two locations, thereby ensuring that the time is accurately synchronized with the NPLI maintained Indian Standard Time (IST). The successful implementation of this methodology has several benefits. Firstly, it ensures that the time at the NIC-NKN in Delhi and Hyderabad is accurate and synchronized with the Indian Standard Time (IST) maintained by NPLI. This is crucial for various applications where precise timing is critical, such as in telecommunications, financial transactions, and scientific research. Secondly, this methodology can be extended to other locations and organizations that require accurate time synchronization. With the increasing use of IoT devices, the need for accurate time synchronization is only going to increase. This methodology provides a reliable and scalable solution that can be easily implemented in various organizations and locations. Thirdly, the use of pre-calibrated Rubidium frequency sources ensures that the time synchronization is accurate and stable over a long period. This is important as small inaccuracies in time synchronization can accumulate over time and result in significant errors. The use of pre-calibrated Rubidium frequency sources ensures that the time synchronization is accurate and stable over a long period, thereby avoiding such errors. In conclusion, the successful commissioning of the proposed methodology to synchronize the NIC-NKN in Delhi and Hyderabad with Indian Standard Time (IST) maintained by NPLI over NTP protocol over IoT framework is a significant accomplishment. This methodology provides a reliable and scalable solution that can be easily implemented in various organizations and locations to ensure accurate time synchronization.
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