CN113507499B - Smart campus dormitory-checking system based on big data - Google Patents

Smart campus dormitory-checking system based on big data Download PDF

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CN113507499B
CN113507499B CN202110615852.1A CN202110615852A CN113507499B CN 113507499 B CN113507499 B CN 113507499B CN 202110615852 A CN202110615852 A CN 202110615852A CN 113507499 B CN113507499 B CN 113507499B
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dormitory management
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CN113507499A (en
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潘晓光
王小华
韩锋
宋晓晨
李娟�
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Shanxi Sanyouhe Smart Information Technology Co Ltd
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    • H—ELECTRICITY
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Abstract

The invention discloses a smart campus dormitory checking system based on big data, which comprises a sign-in device 1, a sign-in device 2, a sign-in device N, a dormitory management host 1, a dormitory management host 2, a dormitory management host N, a network server, an inspection device 1, an inspection device 2 and an inspection device N, wherein the dormitory management host 1, the dormitory management host 2 and the dormitory management host N have the same internal structure and comprise a data integration module, an instruction input module, an instruction execution module, a data storage unit and a data transmission module; the invention effectively enhances the processing capacity of the network server for the requests sent by the plurality of checking devices.

Description

Smart campus dormitory-checking system based on big data
Technical Field
The invention relates to the field of bedding checking systems, in particular to a smart campus bedding checking system based on big data.
Background
The traditional sleeping checking mode is that each bedroom is checked manually in sequence, the efficiency is low, the time cost is high, the error rate is high, and along with the development of a big data technology, computer equipment can transmit a large amount of data through a network simultaneously, so that a technician develops a smart campus sleeping checking system based on the big data, and the time cost required for checking the bedroom can be effectively reduced.
The existing smart campus dormitory checking system based on big data still needs to improve the receiving capacity of sending data to people in a dormitory, the receiving capacity is weak, the data transmission speed of sign-in equipment input in the smart campus dormitory checking system is slow, even the system overload can be caused, a good distribution flow is lacked for sending the data, a network server can not process requests of multiple checking devices at the same time, and users cannot check the data quickly.
Disclosure of Invention
The technical problems to be solved by the invention are that the receiving capability of the existing intelligent campus dormitory checking system based on big data for sending data to the personnel in the dormitory still needs to be improved, the receiving capability is weak, the data transmission speed input by the sign-in equipment in the intelligent campus dormitory checking system is slow, even the system is overloaded, and the network server cannot simultaneously process the requests of a plurality of checking equipment due to the lack of a good distribution process for sending the data, so that the data is difficult to be quickly checked by the user.
The technical problem is solved by the invention through the following technical scheme, the smart campus dormitory checking system based on big data comprises a sign-in device 1, a sign-in device 2, a sign-in device N, a dormitory management host 1, a dormitory management host 2, a dormitory management host N, a network server, a checking device 1, a checking device 2 and a checking device N, wherein the dormitory management host 1, the dormitory management host 2 and the dormitory management host N have the same internal structure and comprise a data integration module, an instruction input module, an instruction execution module, a data storage unit and a data sending module, and the network server comprises an identity identification module, a data receiving module, a data statistics module, a data backup module and a data packaging module;
the sign-in equipment 1, the sign-in equipment 2 and the sign-in equipment N are used for inputting data such as texts, images, audios and the like by personnel in a dormitory and sending the data to the dormitory management host 1, the dormitory management host 2 and the dormitory management host N;
the data integration module is used for receiving and marking various types of data and carrying out operations such as adding, deleting, modifying, inquiring and the like on the data according to the instructions;
the instruction input module is used for dormitory management personnel to input various instructions;
the instruction execution module is used for executing an instruction and operating the data in the data integration module and the data storage unit;
the data storage unit is used for storing various types of data transmitted by the data integration module;
the data sending module is used for copying the data in the data storage unit and sending the data to the network server;
the identity recognition module is used for recognizing the identity of a user and defining the operation authority of the identity to data;
the data receiving module is used for executing instructions sent by users with different identities and receiving various data sent by the dormitory management host 1, the dormitory management host 2 and the dormitory management host N;
the data statistics module is used for sorting instructions sent by users and various data on the network server;
the data backup module is used for copying various data on the mobile network server;
the data encapsulation module is used for blocking, converting and compressing various data and sending the data matched with the data to the inspection equipment;
the inspection equipment 1, the inspection equipment 2 and the inspection equipment N are used for sending instructions, receiving data sent by the data packaging module and reasonably displaying the data.
Preferably, the data integration module comprises a data marking module, a text extraction module, an image extraction module, an audio extraction module and a data transmission module.
Preferably, the data integration module comprises the following specific processing steps:
the method comprises the following steps: firstly, a data marking module receives various data sent by a sign-in device 1, a sign-in device 2 and a sign-in device N, carries out classification marking on the various data, simultaneously adds information corresponding to the sign-in device into the data, and transmits the data to a corresponding extraction module according to the marking;
step two: the text extraction module extracts text data in the data sent by the data marking module, the image extraction module extracts image data in the data sent by the data marking module, and the audio extraction module extracts audio data in the data sent by the data marking module, so that various data are separated;
step three: the data transmission module receives the data sent by the text extraction module, the image extraction module and the audio extraction module, and sequentially sends various data to the data storage unit from small to large;
step four: the data transmission module receives the instruction sent by the instruction execution module and carries out corresponding operation on the data in the data storage unit according to the instruction.
Preferably, the sign-in device 1, the sign-in device 2 and the sign-in device N are connected with the data integration modules in the dormitory management host 1, the dormitory management host 2 and the dormitory management host N through dedicated network lines, the data sending modules in the dormitory management host 1, the dormitory management host 2 and the dormitory management host N are connected with the identity recognition module in the network server through dedicated network lines, and the data encapsulation module in the network server is connected with the inspection device 1, the inspection device 2 and the inspection device N through dedicated data lines.
Preferably, the instruction execution module includes an instruction identification module, an instruction sending module and an instruction state returning module, the instruction identification module is configured to receive and analyze the instruction sent by the instruction input module, and determine the execution direction and the target operation of the instruction, the instruction sending module is configured to send the instruction to the data storage unit or the data integration module according to the execution direction and the target operation of the instruction, and the instruction state returning module is configured to receive the instruction completion status sent back by the data storage unit and the data integration module and forward the instruction completion status to the instruction input module.
Preferably, the data statistics module includes a time statistics unit, a data statistics unit and a check-in device information statistics unit, the time statistics unit is used for defining a standard receiving time period and a unit time period, the data statistics unit is used for counting types and data amounts of data received in the standard receiving time period and the unit time period, and the check-in device information statistics unit is used for determining and counting check-in device related information in the received data.
Preferably, the data encapsulation module comprises a data blocking module, a data compression module, a data encryption module and a data matching module. The data blocking module is used for copying various data in the data backup module and extracting target data according to instruction content sent by a user, the data compression module is used for packaging, arranging and compressing the target data extracted by the data blocking module, the data encryption module is used for encrypting the compressed target data, and the data matching module is used for sending the target data to corresponding checking equipment in an instruction.
Preferably, the specific processing steps of the data encapsulation module are as follows:
s1: firstly, a data partitioning module receives instructions sent by a checking device 1, a checking device 2 and a checking device N, confirms required target data and operation thereof, and then copies the target data in a data backup module or a data statistics module to a data compression module;
s2: the data compression module is used for sorting and compressing the target data to reduce the occupied space of the target data, so that the transmission speed of the target data is improved, and the compressed target data is transmitted to the data encryption module;
s3: the data encryption module encrypts the target data and forwards the target data to the data matching module, so that the safety of the target data is improved;
s4: and the data matching module receives the target data and sends the target data to the checking equipment with the corresponding authority according to the sign-in equipment mark in the target data, so that the error of the data sending direction is avoided.
Compared with the prior art, the invention has the following advantages:
by arranging a data integration module, firstly, a data marking module receives various data sent by sign-in equipment 1, sign-in equipment 2 and sign-in equipment N, the various data are classified and marked, meanwhile, information corresponding to the sign-in equipment is added into the data, the data are transmitted to a corresponding extraction module according to the marks, a text extraction module extracts text data from the data sent by the data marking module, an image extraction module extracts image data from the data sent by the data marking module, an audio extraction module extracts audio data from the data sent by the data marking module so as to separate the various data, a data transmission module receives the data sent by a text extraction module, the image extraction module and the audio extraction module and sequentially sends the various data to a data storage unit from small to large, a data transmission module receives an instruction sent by an instruction execution module and correspondingly operates the data in the data storage unit according to the instruction, so that a dormitory management host can specifically operate the various data of the sign-in equipment, and the speed of the intelligent dormitory system for transmitting the data in the dormitory is effectively improved;
by arranging the data packaging module, firstly, the data partitioning module receives instructions sent by the inspection equipment 1, the inspection equipment 2 and the inspection equipment N, required target data and operation thereof are confirmed, then, the target data in the data backup module or the data statistics module are copied to the data compression module, the data compression module is used for sorting and compressing the target data, the compressed target data are transmitted to the data encryption module, the data encryption module is used for encrypting the target data and forwarding the target data to the data matching module, the data matching module is used for receiving the target data, the target data are sent to the inspection equipment with corresponding authority according to sign-in equipment marks in the target data, the data distribution capacity between a network server and the inspection equipment in the smart campus bedding system is enhanced, and the processing capacity of the network server for requests sent by the plurality of inspection equipment is improved.
Drawings
FIG. 1 is a system block diagram of the present invention;
FIG. 2 is a system diagram of a data integration module of the present invention;
fig. 3 is a system diagram of a data encapsulation module of the present invention.
Detailed Description
The following examples are given for the detailed implementation and specific operation of the present invention, but the scope of the present invention is not limited to the following examples.
As shown in fig. 1-3, the present embodiment provides a technical solution: a smart campus dormitory checking system based on big data comprises a sign-in device 1, a sign-in device 2, a sign-in device N, a dormitory management host 1, a dormitory management host 2, a dormitory management host N, a network server, a checking device 1, a checking device 2 and a checking device N, wherein the dormitory management host 1, the dormitory management host 2 and the dormitory management host N have the same internal structure and comprise a data integration module, an instruction input module, an instruction execution module, a data storage unit and a data sending module;
the sign-in equipment 1, the sign-in equipment 2 and the sign-in equipment N are used for inputting data such as texts, images, audio and the like by personnel in a dormitory and sending the data to the dormitory management host 1, the dormitory management host 2 and the dormitory management host N;
the data integration module is used for receiving and marking various types of data and carrying out operations such as adding, deleting, modifying, inquiring and the like on the data according to the instructions;
the instruction input module is used for dormitory management personnel to input various instructions;
the instruction execution module is used for executing an instruction and operating the data in the data integration module and the data storage unit;
the data storage unit is used for storing various data transmitted by the data integration module;
the data sending module is used for copying the data in the data storage unit and sending the data to the network server;
the identity recognition module is used for recognizing the identity of a user and defining the operation authority of the identity to data;
the data receiving module is used for executing instructions sent by users with different identities and receiving various data sent by the dormitory management host 1, the dormitory management host 2 and the dormitory management host N;
the data statistics module is used for sorting instructions sent by users and various data on the network server;
the data backup module is used for copying various data on the mobile network server;
the data encapsulation module is used for blocking, converting and compressing various data and sending the data matched with the data to the inspection equipment;
the inspection equipment 1, the inspection equipment 2 and the inspection equipment N are used for sending out instructions, receiving the data sent by the data packaging module and displaying the data reasonably.
The data integration module comprises a data marking module, a text extraction module, an image extraction module, an audio extraction module and a data transmission module.
The data integration module comprises the following specific processing steps:
the method comprises the following steps: firstly, a data marking module receives various data sent by a sign-in device 1, a sign-in device 2 and a sign-in device N, carries out classification marking on the various data, simultaneously adds information corresponding to the sign-in device into the data, and transmits the data to a corresponding extraction module according to the marking;
step two: the text extraction module extracts text data in the data sent by the data marking module, the image extraction module extracts image data in the data sent by the data marking module, and the audio extraction module extracts audio data in the data sent by the data marking module, so that various data are separated;
step three: the data transmission module receives data sent by the text extraction module, the image extraction module and the audio extraction module, and sequentially sends various data to the data storage unit from small to large;
step four: the data transmission module receives the instruction sent by the instruction execution module and carries out corresponding operation on the data in the data storage unit according to the instruction.
The sign-in equipment 1, the sign-in equipment 2 and the sign-in equipment N are connected with data integration modules in the dormitory management host 1, the dormitory management host 2 and the dormitory management host N through special network lines, data sending modules in the dormitory management host 1, the dormitory management host 2 and the dormitory management host N are connected with identity recognition modules in a network server through the special network lines, and a data encapsulation module in the network server is connected with the checking equipment 1, the checking equipment 2 and the checking equipment N through the special data lines.
The instruction execution module comprises an instruction identification module, an instruction sending module and an instruction state returning module, the instruction identification module is used for receiving and analyzing the instruction sent by the instruction input module and confirming the execution direction and the target operation of the instruction, the instruction sending module is used for sending the instruction to the data storage unit or the data integration module according to the execution direction and the target operation of the instruction, and the instruction state returning module is used for receiving the instruction completion condition sent back by the data storage unit and the data integration module and forwarding the instruction completion condition to the instruction input module.
The data statistics module comprises a time statistics unit, a data statistics unit and a check-in equipment information statistics unit, wherein the time statistics unit is used for defining a standard receiving time period and a unit time period, the data statistics unit is used for counting the types and the data volumes of data received in the standard receiving time period and the unit time period, and the check-in equipment information statistics unit is used for determining and counting check-in equipment related information in the received data.
The data encapsulation module comprises a data partitioning module, a data compression module, a data encryption module and a data matching module. The data blocking module is used for copying various data in the data backup module and extracting target data according to instruction content sent by a user, the data compression module is used for packaging, arranging and compressing the target data extracted by the data blocking module, the data encryption module is used for encrypting the compressed target data, and the data matching module is used for sending the target data to corresponding checking equipment in an instruction.
The specific processing steps of the data encapsulation module are as follows:
s1: firstly, a data partitioning module receives instructions sent by a checking device 1, a checking device 2 and a checking device N, confirms required target data and operation thereof, and then copies the target data in a data backup module or a data statistics module to a data compression module;
s2: the data compression module is used for sorting and compressing the target data to reduce the occupied space of the target data, so that the transmission speed of the target data is improved, and the compressed target data is transmitted to the data encryption module;
s3: the data encryption module encrypts the target data and forwards the target data to the data matching module, so that the safety of the target data is improved;
s4: and the data matching module receives the target data and sends the target data to the checking equipment with the corresponding authority according to the sign-in equipment mark in the target data, so that the error of the data sending direction is avoided.
In summary, when the invention is used, firstly, various data required for signing in are inputted by each person in the dormitory through the signing-in device 1, the signing-in device 2 and the signing-in device N, various data are sent to a data integration module in the dormitory management host through a network special line, the data integration module is used for sorting and marking various data, a manager inputs target data and operations required for the target data through an instruction input module, an instruction execution module is used for operating the data in the data integration module and the data storage unit according to the instructions, a data sending module is used for copying and sending the data in the data storage unit to a network server, an identity identification module in the network server is used for verifying the identity and the operation authority of the user, a data statistics module is used for sorting the instructions sent by the user and various data on the network server, a data receiving module is used for executing the instructions sent by the user with different identities, and simultaneously receiving various data sent by the dormitory management host 1, the dormitory management host 2 and the dormitory management host N, a data encapsulation module is used for copying the data in the data receiving the instructions sent by the dormitory management host 1, the checking device 2 and the checking device N, and the checking device can be used for checking the data through the signing-in the checking device 1 and the checking device 2, and the checking device by the signing-in the checking device N through a quick conversion module.
Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one such feature. In the description of the present invention, "a plurality" means at least two, e.g., two, three, etc., unless specifically limited otherwise.
Although embodiments of the present invention have been shown and described above, it will be understood that the above embodiments are exemplary and not to be construed as limiting the present invention, and that changes, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.

Claims (6)

1. A smart campus dormitory checking system based on big data is characterized by comprising a sign-in device 1, a sign-in device 2, a sign-in device N, a dormitory management host 1, a dormitory management host 2, a dormitory management host N, a network server, a checking device 1, a checking device 2 and a checking device N, wherein the dormitory management host 1, the dormitory management host 2 and the dormitory management host N have the same internal structure and comprise a data integration module, an instruction input module, an instruction execution module, a data storage unit and a data sending module, and the network server comprises an identity identification module, a data receiving module, a data statistics module, a data backup module and a data encapsulation module;
the sign-in equipment 1, the sign-in equipment 2 and the sign-in equipment N are used for inputting data such as texts, images, audios and the like by personnel in a dormitory and sending the data to the dormitory management host 1, the dormitory management host 2 and the dormitory management host N;
the data integration module is used for receiving and marking various data and performing operations such as adding, deleting, modifying, inquiring and the like on the data according to the instruction;
the instruction input module is used for dormitory management personnel to input various instructions;
the instruction execution module is used for executing an instruction and operating the data in the data integration module and the data storage unit;
the data storage unit is used for storing various types of data transmitted by the data integration module;
the data sending module is used for copying the data in the data storage unit and sending the data to the network server;
the identity recognition module is used for recognizing the identity of a user and defining the operation authority of the identity to data;
the data receiving module is used for executing instructions sent by users with different identities and receiving various data sent by the dormitory management host 1, the dormitory management host 2 and the dormitory management host N;
the data statistics module is used for sorting instructions sent by users and various data on the network server;
the data backup module is used for copying various data on the mobile network server;
the data encapsulation module is used for blocking, converting and compressing various types of data and sending the data matched with the data to the inspection equipment;
the inspection equipment 1, the inspection equipment 2 and the inspection equipment N are used for sending instructions, receiving data sent by the data packaging module and reasonably displaying the data;
the data integration module comprises a data marking module, a text extraction module, an image extraction module, an audio extraction module and a data transmission module; the data integration module comprises the following specific processing steps: the method comprises the following steps: firstly, a data marking module receives various data sent by a sign-in device 1, a sign-in device 2 and a sign-in device N, carries out classification marking on the various data, simultaneously adds information corresponding to the sign-in device into the data, and transmits the data to a corresponding extraction module according to the marking;
step two: the text extraction module extracts text data in the data sent by the data marking module, the image extraction module extracts image data in the data sent by the data marking module, and the audio extraction module extracts audio data in the data sent by the data marking module, so that various data are separated;
step three: the data transmission module receives data sent by the text extraction module, the image extraction module and the audio extraction module, and sequentially sends various data to the data storage unit from small to large;
step four: the data transmission module receives the instruction sent by the instruction execution module and carries out corresponding operation on the data in the data storage unit according to the instruction.
2. The smart campus bedding system based on big data as claimed in claim 1, wherein: the equipment 1, the equipment 2 and the equipment N of registering are connected with the data integration module in the dormitory management host 1, the dormitory management host 2 and the dormitory management host N through the special network line, the data sending module in the dormitory management host 1, the dormitory management host 2 and the dormitory management host N is connected with the identity recognition module in the network server through the special network line, and the data encapsulation module in the network server is connected with the inspection equipment 1, the inspection equipment 2 and the inspection equipment N through the special data line.
3. The smart campus bedding system based on big data as claimed in claim 1, wherein: the instruction execution module comprises an instruction identification module, an instruction sending module and an instruction state returning module, the instruction identification module is used for receiving and analyzing the instruction sent by the instruction input module and confirming the execution direction and the target operation of the instruction, the instruction sending module is used for sending the instruction to the data storage unit or the data integration module according to the execution direction and the target operation of the instruction, and the instruction state returning module is used for receiving the instruction completion condition sent back by the data storage unit and the data integration module and forwarding the instruction completion condition to the instruction input module.
4. The smart campus bedding system based on big data as claimed in claim 1, wherein: the data statistics module comprises a time statistics unit, a data statistics unit and a check-in equipment information statistics unit, wherein the time statistics unit is used for defining a standard receiving time period and a unit time period, the data statistics unit is used for counting the types and the data volumes of data received in the standard receiving time period and the unit time period, and the check-in equipment information statistics unit is used for determining and counting check-in equipment related information in the received data.
5. The smart campus bedding system based on big data as claimed in claim 1, wherein: the data encapsulation module comprises a data partitioning module, a data compression module, a data encryption module and a data matching module; the data blocking module is used for copying various data in the data backup module and extracting target data according to instruction content sent by a user, the data compression module is used for packaging, arranging and compressing the target data extracted by the data blocking module, the data encryption module is used for encrypting the compressed target data, and the data matching module is used for sending the target data to corresponding checking equipment in an instruction.
6. The big-data-based smart campus bedding system as claimed in claim 5, wherein: the data encapsulation module comprises the following specific processing steps: s1: firstly, a data partitioning module receives instructions sent by a checking device 1, a checking device 2 and a checking device N, confirms required target data and operation thereof, and then copies the target data in a data backup module or a data statistics module to a data compression module;
s2: the data compression module is used for sorting and compressing the target data to reduce the occupied space, so that the transmission speed is increased, and the compressed target data is transmitted to the data encryption module;
s3: the data encryption module encrypts the target data and forwards the target data to the data matching module, so that the safety of the target data is improved;
s4: and the data matching module receives the target data and sends the target data to the checking equipment with the corresponding authority according to the sign-in equipment mark in the target data, so that the error of the data sending direction is avoided.
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