Internet/Internet of things computer intelligent module based on Beidou satellite navigation system

Abstract

The invention belongs to the technical field of computers, relates to a computer module, and in particular relates to an Internet / Internet of things computer intelligent module based on the Beidou satellite navigation system. The Internet / Internet of things computer intelligent module comprises an intelligent plate, wherein the intelligent plate is integrated with a Beidou module, a sensor information processing module, a network communication module, a power management module, a password module, a radio frequency identification electronic tag, an embedded CPU (central processing unit), an RAM (random access memory), a FLASH, a board power interface and an external bus interface, wherein the intelligent plate controls interconnection and data transmission among the modules by virtue of an in-plate bus, and the intelligent plate is connected with the components of a computer and transmits data with the computer by virtue of a PCI-E (peripheral component interconnect) bus. The Internet / Internet of things computer intelligent module based on the Beidou satellite navigation system provided by the invention has good application prospect in the technical field of computers and can contribute to Party and government offices, military, national defense, scientific research institution and the like.

Description

technical field [0001] The invention belongs to the technical field of computers and relates to a computer module, in particular to an Internet / Internet of Things computer intelligent module based on a satellite system. Background technique [0002] The Internet (INTERNET, also translated as the Internet, Internet), that is, the international computer network composed of wide area network, local area network and stand-alone according to certain communication protocols. The Internet of Things is an important part of the new generation of information technology, and it is an Internet where things are connected. It is based on a specific terminal and uses wired or wireless (IP / 3G / GPS) as access means to provide group and family customers with machine-to-machine and machine-to-human solutions to meet customers' monitoring of production process / home life , command and dispatch, remote data acquisition and measurement, remote diagnosis and other aspects of information requirement...

AI Technical Summary

Problems solved by technology

[0005]1. Risks and hidden dangers of the traditional Internet: Internet services still face risks in all links, but with the connection of physical systems, it will lead to "high-value targets" The transfer of the "point" in the past may become the new focus of the attackers, and then expose more loopholes that already exist in the information system;

[0006]2. New attack methods: With the emergence of new attack targets, especially the increase in "target value" will lead attackers to increase their research on attack methods A large number of new attack methods have emerged, and most of these attack methods have not been studied in depth;

[0007]3. Risks to Physical Systems: New risks to physical physical systems as they become networked, especially with current regulatory regimes conflicts, lack of management system and imperfection of the management system;

[0008]4. Risks to personal privacy: A large amount of information related to personal privacy is collected, transmitted and disseminated by the sensor nodes of the Internet of Things, including not only ordinary citizens, It may also include confidential personnel and personnel engaged in sensitive work;

[0009]5. Risks from federated services: New risks from the information sharing required for IoT services across domains, industries, and even borders, including the use of collaborative Confidentiality and other means to protect the privacy of information, etc.;

[0010]6. Risk of system recycling and post-event data processing: Due to the extensive use of sensor systems that automatically generate or collect information, various information will be continuously generated and transmitted , storage, regardless of whether there is supervision, so the control and management of sensors and the data generated by various "hibernating" projects or "dead" projects will be a foreseeable and huge risk. With the "decoupling" of supervisors and projects ”, the data will be in an unmanaged state;

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