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A Quanyu information platform and an intelligent system synchronization method based on the platform

An information platform and intelligent system technology, applied in the direction of time division multiplexing system, multiplexing communication, mechanically driven clock, etc., can solve the problem of difficult to meet the needs of use, and achieve the effect of expanding the scope of use

Active Publication Date: 2018-02-13
地球公时时频技术开发有限责任公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

For the 32-bit Unix operating system, especially many embedded systems, although it is not affected by the leap second problem, but still adopts the method of time synchronization internally, there is a "2038 problem"
[0007] With the development of science and technology, human beings may travel interstellar in the future. According to the known astronomical information, the solar system is only a drop in the ocean in the entire universe. The time measurement system established based on the solar system meets the needs of human life and use on the earth, but for the future The possibility of star travel or the re-establishment of extraterrestrial civilization by human beings, the time measurement system based on the solar system will be difficult to meet the needs of use

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] Embodiment 1: The Quanyu information platform provided by the present invention is applied to public infrastructure, including the following components electrically connected:

[0035] Oscillator with an oscillation frequency of 32786Hz;

[0036] Frequency division module, the frequency division form is 2 frequency division, and the frequency division frequency is 15;

[0037] Counting module, used to generate counting sequence S, counting sequence S={S 0 , S 1 ,...,S i , S i+1 ,…}, where S 0 =0, i is a natural number, the counting formula of counting sequence S is S i+1 = S i +1, using the decimal method, by S i jump to S i+1 The hop interval is △T, △T=1s (atomic hours and seconds);

[0038] A storage module, preferably a 64-bit memory, is used to store the counting sequence S, and the data in the counting sequence S is stored in the storage module in the form of a binary number;

[0039] A reading module for reading the latest data S in the counting sequence...

Embodiment 2

[0047] Embodiment 2: The Quanyu information platform provided by the present invention is used in daily life or office work, and includes the following components electrically connected:

[0048] Oscillator with an oscillation frequency of 32786Hz;

[0049] Frequency division module, the frequency division form is 2 frequency division, and the frequency division times is 20;

[0050] Counting module, used to generate counting sequence S, counting sequence S={S 0 , S 1 ,...,S i , S i+1 ,…}, where S 0 =0, i is a natural number, the counting formula of counting sequence S is S i+1 = S i +1, using the decimal method, by S i jump to S i+1 The hop interval is △T, △T=32s (atomic hours and seconds);

[0051] A storage module, preferably a 64-bit memory, is used to store the counting sequence S, and the data in the counting sequence S is stored in the storage module in the form of a binary number;

[0052] A reading module for reading the latest data S in the counting sequenc...

Embodiment 3

[0061] Embodiment 3: The Quanyu information platform provided by the present invention is an integrated chip, and the integrated chip includes the following components electrically connected:

[0062] Oscillator with an oscillation frequency of 32786Hz;

[0063] Frequency division module, the frequency division form is 2 frequency division, and the frequency division frequency is 15;

[0064] Counting module, used to generate counting sequence S, counting sequence S={S 0 , S 1 ,...,S i , S i+1 ,…}, where S 0 =0, i is a natural number, the counting formula of counting sequence S is S i+1 = S i +1, using the decimal method, by S i jump to S i+1 The hop interval is △T, △T=1s (atomic hours and seconds);

[0065] A storage module, preferably a 64-bit memory, is used to store the counting sequence S, and the data in the counting sequence S is stored in the storage module in the form of a binary number;

[0066] A reading module for reading the latest data S in the counting...

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PUM

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Abstract

The present invention provides a whole space information platform. The platform comprises an oscillator, a frequency division module, a counting module, a storage module, a reading module, a display module and a wireless communication module. The counting module employs a decimal carry method to generate the counting sequence S. The reading module is configured to read the newest data St of the counting sequence S. The present invention further provides an intelligent system synchronization method based on the platform. The whole space information platform provided by the invention is a natural number counting platform, and the synchronization method is the natural number counting synchronization, namely the intelligent system in the global scope displays the same and the only one natural number. The intelligent system synchronization method based on the platform does not rely on human setting time concept and is high in precision, and the synchronization error may be reduced to zero.

Description

technical field [0001] The invention relates to a synchronization method and belongs to the technical field of synchronization of intelligent systems. Background technique [0002] In today's world, two time measurement systems are used around the world: universal time (UT) based on the rotation of the earth and atomic time (IAT) determined by the oscillation period of atoms. Universal time is the time measured by the earth's rotation. Due to the change of the earth's rotation rate, the second length of the universal time will change slightly, and the speed of the day can reach a few thousandths of a second. Atomic time is the time defined by the transition radiation frequency between two hyperfine energy levels of cesium atoms in the microscopic world, and its accuracy is no more than one millionth of a second per day. Atomic time is a uniform time scale, but not related to the Earth's position in space. Although the uniformity of universal time is dwarfed by comparison, ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): H04J3/06G04B19/22
Inventor 毛千旗毛尧
Owner 地球公时时频技术开发有限责任公司