Distributed Internet of Things automatic test system

Abstract

The invention relates to the technical field of computer Internet of Things, and discloses a distributed Internet of Things automatic test system, which comprises a monitoring master module, and the monitoring master module comprises a branch module port, a database comparison module and a security verification module. The port verification access module comprises a face recognition data module, an IC card access module, a job number data comparison module and a fingerprint recognition module, and the port verification access module is communicated with the database comparison module; before the test, at least three groups of modules in the access module are verified to have the same data as that in the database comparison module through ports, and the three groups of modules must comprise a face recognition data module, and in the face recognition data module, two groups of special proofreading are performed through a face five-sense-organ feature scanning module and a tooth feature scanning module in the face recognition data module; and the situation that the face of the person with the qualified test authority is injured, so that the test person fails to be verified is avoided.

Description

technical field [0001] The invention relates to the technical field of computer Internet of Things, in particular to a distributed automatic test system based on Internet of Things. Background technique [0002] A distributed test system includes one or more computers, remote input and output devices, and a group of computing units of test and measurement equipment to solve related problems. Such systems can be divided into tightly coupled test systems and loosely coupled test systems. [0003] A tightly coupled test system is characterized by computers sharing computing, storage, input / output and other resources, and exchanging information through shared memory. The layout of this type of distributed system is quite strict. In general, the functions of each component in the computing unit are unchanged, and a single controller is often used. The disadvantage of this type of system is that each resource must be properly matched, otherwise the result will be Appears to be c...

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Problems solved by technology

[0007] However, the above-mentioned distributed Internet of Things automatic test system has relatively simple authorization verification for testers, and it is easy for non-staff or non-project staff who have not been authorized to perform illegal operations, which affects the security performance of the system and leads to the leakage of automatic test data. If the situation occurs, and the above-mentioned distributed system test unit modules are all in the same city, they are vulnerable to peak power consumption in summer, and unexpected power outages in urban areas cause the automatic test system to affect the stability of the automatic test system

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