CN112907183A - Small and micro enterprise platform management system based on cloud computing - Google Patents
Small and micro enterprise platform management system based on cloud computing Download PDFInfo
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Abstract
The invention belongs to the field of enterprise information management, and particularly relates to a cloud computing-based small and micro enterprise platform management system which comprises a logistics enterprise informatization system downstream of a logistics platform, a logistics company, an IaaS module, a PaaS module and a SaaS module, wherein the logistics enterprise informatization system downstream of the logistics platform is respectively connected with the logistics company, the IaaS module, the PaaS module and the SaaS module; the SaaS module comprises a TMS module, a WMS module, an OMS module and a custom SDK module. The method comprises the steps that a small and medium-sized logistics user on a logistics platform is used for constructing partitioned general or personalized application software under a unified cloud computing platform, and the advantages of the cloud computing unified platform and software and hardware are used for providing data partitioning, safety and credibility of the small and medium-sized logistics user in each logistics; the information application enthusiasm of small and medium-sized micro logistics enterprises is improved, and the competitive advantage and the service skill of the small and medium-sized micro logistics enterprises are improved; the constructed cloud system in the logistics industry plays a great role in improving the informatization level and standardization of the whole logistics industry and improving the progress of the industry.
Description
Technical Field
The invention belongs to the field of enterprise information management, and particularly relates to a cloud computing-based small and micro enterprise platform management system.
Background
The development of modern logistics in China is only about thirty years of district, the Internet has history which is not available for thirty years, and the development level of the industry of logistics and the development process of logistics informatization are gradually developed; the logistics industry in China is characterized by small, scattered and disordered, so that the main body of the logistics industry is a mass small and tiny logistics enterprise; throughout the informatization development process of logistics enterprises in China, the informatization of small and medium-sized logistics enterprises is gradually improved along with the development of times and technologies; but is limited by factors such as self capacity and financial resources, and the informatization construction of medium and small micro logistics enterprises is extensive and weak.
By analyzing the current situation, the informatization of downstream logistics enterprises in the current logistics industry is mainly enterprise self-built informatization or a small amount of user systems attached to logistics SAAS, and the defects of the current development stage of informatization are shown as follows:
1. the informatization level of the logistics enterprises is generally more primary, and the development level is lower;
2. the logistics informatization is set according to the development requirements of logistics enterprises, and even no informatization system exists or the information system is not used with confidence; even no informatization awareness;
3. data security risks exist due to worry about data centralized storage, and a cloud computing mode representing a higher stage of informatization development is not willing to be used;
4. users worry about data and business secret leakage;
5. the logistics cloud computing platform is limited by the technical development level and bad industry habits, and does not provide credible proofs.
Disclosure of Invention
The invention aims to provide a cloud computing-based small micro enterprise platform management system to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme:
a cloud computing-based small and micro enterprise platform management system comprises a logistics platform downstream logistics enterprise informatization system, a logistics company, an IaaS module, a PaaS module and a SaaS module, wherein the logistics platform downstream logistics enterprise informatization system is respectively in communication connection with the logistics company, the IaaS module, the PaaS module and the SaaS module; the SaaS module comprises a TMS module, a WMS module, an OMS module and an SDK module.
Furthermore, the TMS module is a logistics transportation management system, and the logistics transportation management system comprises an order management module, a stowage operation module, a scheduling distribution module, a driving management module, a GPS vehicle positioning system, a vehicle management module, a personnel management module, a data report module, an information maintenance module and a system management module;
the WMS module is a warehousing management system which comprises a batch management module, a material corresponding module, an inventory checking module, a quality inspection management module and an inventory management module;
the OMS module is an order management system which comprises an order processing module, an order confirmation module and an order state management module.
Further, a third-party logistics platform system based on a cloud computing framework is constructed, informatization requirements of logistics enterprises downstream of the logistics platform are investigated, unified various logistics application systems are constructed, and the logistics application systems are constructed into the SaaS module and are provided for small and medium-sized logistics enterprises for use; customizing a personalized logistics enterprise informatization system according to requirements; the standard and personalized logistics informatization systems are constructed on a unified logistics platform cloud computing platform; the cloud computing platform supports both user and system applications.
Further, the third-party logistics platform system constructs a third-party logistics platform with a unified software and hardware application environment, and functions of the IaaS module, the PaaS module and the SaaS module are realized.
Furthermore, the SDK modules are uniformly adopted by logistics enterprise informatization systems downstream of the logistics platform, and the SaaS modules are conveniently and uniformly accessed.
Further, the logistics platform downstream logistics enterprise information system further comprises a cloud logistics service operation management platform for achieving quick information response, the cloud logistics service operation management platform comprises cloud service resources for collecting data resources, cloud computing resources and information resources, and the cloud service resources comprise a cloud logistics service providing module for providing data, a cloud logistics service receiving module for receiving data, an interaction module for improving interactivity of each system and a cloud logistics information logic module for supporting the cloud service resources.
Further, the cloud logistics service providing module comprises warehousing, transportation, processing, distribution, customs declaration, finance, circulation, information, agency and tax; the cloud logistics service receiving module comprises operating personnel, service personnel, management personnel, e-commerce enterprises, common customers and service access.
Further, the interaction module comprises logistics resource description, service demand management, pattern retrieval matching, logistics cloud service scheduling QoS monitoring and management, service combination and recommendation.
Further, the cloud logistics information logic module sequentially comprises an OS/hardware layer, a data cloud storage layer, an engine layer, a service layer structure layer and a reference layer from bottom to top.
Further, the SaaS module still includes user mobile terminal module, cloud logistics management platform, central processing module, information push module, communication module, GPS orientation module and microprocessor module, microprocessor module communication module with GPS orientation module is parallelly connected setting, and respective output all with user mobile terminal module's input is connected, user mobile terminal module's output with cloud logistics management platform's input is connected, cloud logistics management platform's output with information push module's input is connected, information push module's output with user mobile terminal module's input is connected, cloud logistics management platform's output with central processing module's input is connected.
The user mobile terminal module is used for issuing instructions and receiving feedback messages to play a main control role;
the cloud logistics management platform is used for carrying out data statistics and processing on all signal information issued by the user mobile terminal module and transmitting the signal information;
the central processing module is used for controlling all parts connected with the central processing module in the system, and comprises data receiving, data processing, data transmission and control signal sending so as to ensure that all parts of the system can work normally;
the information pushing module is used for feeding back each piece of information processed by the central processing module to the user mobile terminal module;
the microprocessor module is used for processing and analyzing the obtained feedback information;
the communication module is used as a channel for information transmission;
and the GPS positioning module is used for self positioning of the user mobile terminal module.
Compared with the prior art, the invention has the beneficial effects that:
(1) the method constructs a uniform logistics user hard software platform through a third-party logistics platform, utilizes numerous small and medium-sized logistics users on the logistics platform to construct partitioned universal or personalized application software under a uniform cloud computing platform, and utilizes the advantages of the cloud computing uniform platform and the software and hardware to provide data separation, safety and credibility of the small and medium-sized users in each logistics;
(2) the invention adopts the SaaS module based on the distributed storage area, so that the data is safe and controllable, the information application enthusiasm of small and medium-sized logistics enterprises is improved, and the competitive advantage and the service skill of the small and medium-sized logistics enterprises are improved; the constructed cloud system in the logistics industry plays a great role in improving the informatization level and standardization of the whole logistics industry and improving the progress of the industry.
(3) In the invention, the cloud service resource pool can realize data exchange and unified management between the cloud logistics service providing module and the logistics service receiving module, thereby ensuring the perfect exchange of logistics information management information and realizing the quick response of information in the cloud logistics service operation management platform, and the cloud logistics information logic module can ensure the cloud service resource pool to accurately analyze data and improve the processing capacity; the interaction module can improve the interactivity of each system.
(4) In the invention, the cloud service resource pool can realize data exchange and unified management among data of storage, transportation, processing, distribution, customs declaration, finance, circulation, information, agency, tax receipts and the like, and data of operating personnel, service personnel, management personnel, e-commerce enterprises, common customers and service access, thereby ensuring the perfect exchange of logistics information management information and realizing the quick response of information in a cloud logistics service operation management platform.
(5) In the invention, the interaction module can improve the interactivity of the whole system through logistics resource description, service demand management, mode retrieval matching, logistics cloud service scheduling, QoS monitoring and management, service combination and recommendation functions.
In the embodiment, a plurality of combined recommendation schemes are performed on service combination and recommendation functions to improve the overall interactivity of the system, such as scheme one, logistics resource description, service demand management, mode retrieval matching and logistics cloud service scheduling; and according to the second scheme, material resource description, service demand management, mode retrieval matching, logistics cloud service scheduling and QOS monitoring and management are carried out. The difference between the two schemes is in QOS monitoring and management, that is, by classifying user traffic and classifying messages with a certain common characteristic into one class, the same QOS service is provided for the same type of traffic, thereby providing differential service for different service types.
(6) In the invention, the Os/hardware layer supports connection of various logistics hardware resources, the data cloud storage layer comprises various data information related in the cloud logistics operation process and various basic data resources provided for a customer integrated logistics service solution, the various basic data comprise information resources such as basic information, integrity records, logistics information and the like, and the data cloud storage layer can develop a data maintenance and management system, perform detailed classification and provide a foundation for virtualization of different logistics services.
(7) In the invention, the engine layer comprises a logistics information release engine, a logistics operation plan engine and a logistics transaction engine, and covers various logistics information, operation plans and transaction information related in the cloud logistics operation process.
(8) In the invention, the interface layer comprises safety management, service management, system monitoring, statistical analysis and the like, so that the logistics resources and services can be interacted and cooperated by a standard interface.
Drawings
FIG. 1 is a schematic diagram of an overall architecture of a cloud computing-based small micro enterprise platform management system according to the present invention;
FIG. 2 is a schematic diagram of a cloud computing-based small micro enterprise logistics platform management system of the present invention;
FIG. 3 is a logic diagram of a cloud logistics information logic module;
FIG. 4 is a schematic structural diagram of an embodiment of a cloud computing-based small micro enterprise platform management system according to the present invention;
the system comprises a mobile terminal module 100, a user mobile terminal module 200, a GPS positioning module 300, a communication module 400, a microprocessor module 500, a cloud logistics management platform 600, a central processing module 700, a camera unit 800, a display unit 900, an image data unit 1000, an image encryption unit 1100, an image decryption unit 1300 and an information pushing module.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Example 1
All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, the present invention is a cloud computing-based small and micro enterprise platform management system, which includes a logistics enterprise informatization system downstream of a logistics platform, a logistics company, an IaaS module, a PaaS module and a SaaS module;
the logistics enterprise informatization system downstream of the logistics platform is respectively connected with a logistics company, an IaaS module, a PaaS module and a SaaS module; the SaaS module comprises a TMS module, a WMS module, an OMS module and a custom SDK module.
In the embodiment of the invention, a logistics company can enter a logistics platform, and access the logistics enterprise information system downstream of the logistics platform through wireless cloud data communication, and the logistics enterprise information system downstream of the logistics platform integrates an IaaS module (Ali cloud platform), a PaaS module (logistics industry cloud platform), a TMS module (logistics transportation management system), a WMS module (warehousing management system), an OMS module (order management system) and a custom SDK module (software development kit).
The SDK module of the present invention refers to a software development kit, which is a collection of development tools used to build application software for a specific software package, software framework, hardware platform, operating system, and the like.
In general, an SDK is an SDK used by an application under a Windows platform. It may simply be a file that provides an application program interface API for a certain programming language, but may also include complex hardware that can communicate with a certain embedded system. Typical tools include utility tools for debugging and other purposes.
SDKs also often include example code, supporting technical notes, or other supporting documentation to clarify suspicions for basic reference.
The SDK may be accompanied by a license that makes it impossible to develop the software under incompatible licenses. For example, a product vendor providing a proprietary SDK may conflict with free software development. GPL can make SDKs nearly incompatible with proprietary software development. SDK under LGPL does not have this problem.
Preferably, the TMS module is a logistics transportation management system; the logistics transportation management system comprises an order management module, a loading operation module, a scheduling distribution module, a driving management module, a GPS vehicle positioning system, a vehicle management module, a personnel management module, a data report module, an information maintenance module and a system management module;
the WMS module is a storage management system which comprises a batch management module, a material corresponding module, a stock checking module, a quality inspection management module and a stock management module;
the OMS module is an order management system which comprises an order processing module, an order confirmation module and an order state management module.
The final function is realized through the following steps:
constructing a third-party logistics platform system based on a cloud computing framework; researching the informatization requirements of logistics enterprises downstream of the logistics platform; constructing various unified logistics application systems, constructing the logistics application systems into a SaaS mode and providing the SaaS mode for small and medium-sized logistics enterprises to use; customizing a personalized logistics enterprise informatization system according to requirements; the standard and personalized logistics informatization systems are constructed on a unified logistics platform cloud computing platform; the cloud computing platform simultaneously supports user and system applications.
In the SaaS model, namely, the software layout model, referred to in this embodiment refers to customized development, and in this mode, on one hand, each client uses an independent database instance and an application server instance, and a data structure and application codes in the database can be customized, modified, i.e., developed multiple times, according to needs, and different configurations are used to meet the needs of different clients without specific customization for each client; on the other hand, the software as a service (SaaS) application architecture is a multi-tenant architecture, and an application architecture of a single instance of multiple tenants is a SaaS application architecture in the normal true sense, so that the hardware and operation and maintenance costs of the SaaS application are effectively reduced, and the scale effect of the SaaS application is maximally exerted.
The customized and personalized logistics enterprise informatization system refers to that a targeted logistics enterprise informatization system is set according to actual requirements of different logistics enterprises, for example, a certain production and manufacturing enterprise material management department pays attention to information such as turnover rate, arrival time and occupied capital of materials, and a certain sales type enterprise relates to the logistics enterprise informatization system and pays attention to information such as outflow rate of sold materials and capital reckoning period. Such situations may involve the use of personalized customization of the informatization systems of the respective logistics enterprise.
Preferably, the third-party logistics platform system constructs a uniform software and hardware application environment and simultaneously realizes the functions of IaaS, PaaS and SaaS; a unified logistics industry cloud is constructed, unified IaaS, PaaS and IaaS based on the Internet and a cloud computing framework are adopted, the IaaS and Amazon cloud or domestic Aliskiu cloud are adopted for cooperation, and an applicable IaaS supplier is adopted.
Preferably, a standardized SaaS based on a logistics platform is constructed, the SaaS comprises TMS, WMS, OMS and SCM subsystems, IaaS and PaaS facilities of the logistics platform are adopted to meet the requirements of users on data privacy and safety, and a logistics application system is constructed into a SaaS mode and is provided for small and medium-sized logistics enterprises.
Preferably, the customized personalized logistics enterprise informatization systems all adopt unified SDKs, so that the customized personalized logistics enterprise informatization systems are conveniently accessed into unified SaaS.
It should be noted that, in the above system embodiment, each included unit is merely divided according to functional logic, but is not limited to the above division as long as the corresponding function can be achieved. The specific names of the functional units are only for convenience of distinguishing from each other and are not used for limiting the protection scope of the invention.
In addition, it is understood by those skilled in the art that all or part of the steps in the method for implementing the embodiments described above may be implemented by a program instructing associated hardware, and the corresponding program may be stored in a computer-readable storage medium.
Example 2
A cloud computing-based small and micro enterprise platform management system comprises a cloud logistics service operation management platform for realizing quick information response, as shown in fig. 2 and fig. 3, wherein the cloud logistics service operation management platform comprises cloud service resources for collecting data resources, cloud computing resources and information resources, the cloud service resources comprise a cloud logistics service providing module for providing data, a cloud logistics service receiving module for receiving data, an interaction module for improving the interactivity of each system, and a cloud logistics information logic module for supporting the cloud service resources.
Further, the cloud logistics service providing module comprises storage, transportation, processing, distribution, customs declaration, finance, circulation, information, agency and tax.
Further, the cloud logistics service receiving module comprises an operator, a service worker, a manager, an e-commerce enterprise, a common customer and service access.
In this embodiment, each module provided by the cloud logistics service refers to a program module, and corresponding program modules, namely, warehousing, transportation, processing, delivery, customs clearance, finance, circulation, information, agency, and tax revenue, are set according to different requirements of functions and functions.
And each receiving module of the cloud logistics service respectively refers to the identity of a user, and different objects are provided with different identity IDs, namely, operators, service personnel, managers, e-commerce enterprises, common customers and service access.
Further, the interaction module comprises logistics resource description, service demand management, pattern retrieval matching, logistics cloud service scheduling QoS monitoring and management, service combination and recommendation.
Further, the cloud logistics information logic module sequentially comprises an OS/hardware layer, a data cloud storage layer, an engine layer, a service layer structure layer and a reference layer from bottom to top.
In this embodiment, from bottom to top, a logic diagram of the cloud logistics information logic module, functional areas between layers inside the logic module, and a quality inspection overlapping assembly relationship of different functional areas are shown in fig. 3.
In the embodiment, based on cloud computing and internet of things technology, for how to support cloud service resources, the cloud logistics information logic module exchanges and uniformly manages data such as storage, transportation, processing, distribution, customs declaration, finance, circulation, information, agency, tax receipts and the like with data among operators, service personnel, managers, e-commerce enterprises, common customers and service access, so that complete logistics information management information exchange is ensured, the cloud logistics information logic module can accurately analyze the whole data by the cloud service resources and improve the processing capacity, and the interaction module improves the interactivity of each system through modes such as description of logistics resources, management of service requirements, mode retrieval matching, service combination and recommendation, QoS monitoring and management, cloud service scheduling and the like.
The cloud logistics information logic module enables cloud service resources to accurately analyze the whole data through an OS/hardware layer, a data cloud storage layer, an engine layer, a service layer, an interface layer and a logistics service application layer, and improves the processing capacity;
the OS/hardware layer, namely the operating system/hardware layer, refers to the hardware layer category in the operating system, wherein the OS/hardware layer supports connection of various logistics hardware resources, the data cloud storage layer can classify various basic data resources in detail and provide a basis for virtualization of different logistics services, the engine layer comprises a logistics information release engine, a logistics operation plan engine and a logistics transaction engine, covers various logistics information, operation plans and transaction information related in the cloud logistics operation process, the service layer comprises basic logistics services and value-added services, the basic logistics services comprise logistics information release, path planning, intelligent scheduling, vehicle management, contract management and the like, the value-added services comprise transaction matching, freight rate release, credit rating and the like, and the interface layer can enable the logistics resources and the services to interact and cooperate with a standard structure, the logistics business application layer can operate various functions of cloud logistics, and the application layer comprises various functions of service registration and release, service deployment, service search, service coordination, service monitoring, service selection and the like.
Example 3
In this embodiment, based on embodiments 1 and 2, the SaaS is further expanded to implement a real-time monitoring state of a cloud-computing-based logistics platform management system. The specific process and the attention points are as follows:
the SaaS module further includes, as shown in fig. 4, a user mobile terminal module 100 for issuing an instruction and receiving a feedback message to perform a main control function; the cloud logistics management platform 500 is used for performing data statistics and processing on all signal information issued by the user mobile terminal module 100 and transmitting the signal information; the central processing module 600 is used for controlling the various parts connected with the central processing module in the system, including receiving data, processing data, transmitting data and sending control signals, so as to ensure that the various parts of the system can work normally; an information push module 1300, configured to feed back each piece of information processed by the central processing module 600 to the user mobile terminal module 100; the microprocessor module is used for processing and analyzing the obtained feedback information; the communication module is used as a channel for information transmission; and the GPS positioning module is used for self positioning of the user mobile terminal module.
Wherein, microprocessor module 400 communication module 300 with GPS orientation module 200 is parallelly connected setting, just microprocessor module 400 communication module 300 with GPS orientation module 200's output all with user mobile terminal module 100's input is connected, user mobile terminal module 100's output and cloud logistics management platform 500's input are connected, cloud logistics management platform 500's output and information push module 1300's input are connected, information push module 1300's output and user mobile terminal module 100's input are connected, cloud logistics management platform 500's output and central processing module 600's input are connected.
The cloud logistics management of the real-time monitoring state needs the following steps to perform complete real-time reproduction, and the specific process is as follows:
step A, starting the system, starting to run a self-checking program and initializing, and starting the whole system after the whole system is initialized if the self-checking is passed
Starting to operate, and starting to issue an instruction by a user through a user mobile terminal module;
step B, after receiving the instruction of the user mobile terminal module 100, the cloud logistics management platform 500 transmits the instruction information to the central processing module 600;
step C, after the central processing module 600 receives the working information, each unit starts to work, the camera unit 700 monitors and positions the goods in real time, converts the picture data, and packs and sends the data to the information pushing module 1300 after finishing the relevant operation instruction;
step D, the information pushing module 1300 performs primary processing on the packaged information and sends the processed data to the user mobile terminal module 100 in a wireless transmission mode;
and step E, after the user mobile terminal module 100 receives the data transmitted by the information pushing module 1300, the microprocessor module converts the data again into related picture data and accurate data.
In the step a, the user mobile terminal module 100 comprises a microprocessor module 400, a communication module 300 and a GPS positioning module 200, the communication module 300 and the microprocessor module 400 are connected in parallel to ensure the accuracy of real-time monitoring data, in the step C, the central processing module 600 comprises a camera unit 700, a display unit 800, an image data unit 900, an image encryption unit 1000 and an image decryption unit 1100, all the units are connected in parallel, all the units are connected in series with the central processing module 600, data is bidirectional circulation, so that the monitored information can be conveniently packaged and transmitted, in the step D, the information push module 1300 is in negative feedback connection with the user mobile terminal module 100, and the information push module 1300 can compare and package the instruction transmitted by the user mobile terminal module 100 with the collected data, in step E, the microprocessor 400 module converts the data into a picture before being processed by the image encryption unit 1000 through the corresponding password of the image decryption unit 1100, so as to prevent leakage of the logistics information and protect the real-time logistics information.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise embodiments disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (10)
1. The utility model provides a little enterprise platform management system based on cloud calculates, includes logistics platform downstream logistics enterprise information-based system, logistics company, IaaS module, PaaS module and SaaS module, its characterized in that: the logistics enterprise informatization system downstream of the logistics platform is respectively in communication connection with the logistics company, the IaaS module, the PaaS module and the SaaS module; the SaaS module comprises a TMS module, a WMS module, an OMS module and an SDK module.
2. The cloud computing-based small micro enterprise platform management system according to claim 1, wherein:
the TMS module is a logistics transportation management system which comprises an order management module, a loading operation module, a scheduling distribution module, a driving management module, a GPS vehicle positioning system, a vehicle management module, a personnel management module, a data report module, an information maintenance module and a system management module;
the WMS module is a warehousing management system which comprises a batch management module, a material corresponding module, an inventory checking module, a quality inspection management module and an inventory management module;
the OMS module is an order management system which comprises an order processing module, an order confirmation module and an order state management module.
3. The cloud-computing-based small and micro enterprise platform management system as claimed in claim 1, wherein a third-party logistics platform system based on a cloud computing framework is constructed, the informatization requirements of logistics enterprises downstream of the logistics platform are investigated, unified various logistics application systems are constructed, and the logistics application systems are constructed into the SaaS module and are provided for small and micro logistics enterprises; customizing a personalized logistics enterprise informatization system; the standardized and personalized logistics informatization system is constructed on a unified logistics cloud computing platform; the cloud computing platform supports users and applications of the system.
4. The cloud-computing-based small and micro enterprise platform management system as claimed in claim 3, wherein the third-party logistics platform system constructs a third-party logistics platform with a unified software and hardware application environment, and functions of the IaaS module, the PaaS module and the SaaS module are realized.
5. The cloud-computing-based small and micro enterprise platform management system as claimed in claim 3, wherein the logistics platform downstream logistics enterprise informatization systems are convenient to access and unify the SaaS modules through the unified SDK module development system.
6. The cloud computing-based small micro enterprise platform management system according to claim 5, wherein: the logistics platform downstream logistics enterprise information system further comprises a cloud logistics service operation management platform used for achieving quick information response, the cloud logistics service operation management platform comprises cloud service resources used for collecting data resources, cloud computing resources and information resources, and the cloud service resources comprise a cloud logistics service providing module used for providing data, a cloud logistics service receiving module used for receiving data, an interaction module used for improving interactivity of each system and a cloud logistics information logic module used for supporting the cloud service resources.
7. The cloud computing-based small micro enterprise platform management system of claim 6, wherein: what is needed is
The cloud logistics service providing module comprises storage, transportation, processing, distribution, customs declaration, finance, circulation, information, agency and tax revenue; the cloud logistics service receiving module comprises operating personnel, service personnel, management personnel, e-commerce enterprises, common customers and service access.
8. The cloud computing-based small micro enterprise platform management system of claim 6, wherein: what is needed is
The interaction module comprises logistics resource description, service demand management, mode retrieval matching, logistics cloud service scheduling, QoS monitoring and management, and service combination and recommendation.
9. The cloud computing-based small micro enterprise platform management system of claim 6, wherein: what is needed is
The cloud logistics information logic module sequentially comprises an OS/hardware layer, a data cloud storage layer, an engine layer, a service layer structural layer and a reference layer from bottom to top.
10. The cloud computing-based small micro enterprise platform management system according to claim 1, wherein: the SaaS module further comprises a user mobile terminal module, a cloud logistics management platform, a central processing module, an information pushing module, a communication module, a GPS positioning module and a microprocessor module, wherein the microprocessor module is connected with the GPS positioning module in parallel, and the output end of the communication module is connected with the input end of the user mobile terminal module, the output end of the user mobile terminal module is connected with the input end of the cloud logistics management platform, the output end of the cloud logistics management platform is connected with the input end of the information pushing module, the output end of the information pushing module is connected with the input end of the user mobile terminal module, and the output end of the cloud logistics management platform is connected with the input end of the central processing module.
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