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What are the four functions about FIC-Logistics system?
Jan 27, 2020 LogisticsThe intelligent logistics system is a modern logistics service system, which runs on the basis of intelligent transportation systems and related information technologies, and operates in an e-commerce manner.
About FIC-Logistics system is a modern logistics service system, which runs on the basis of intelligent transportation systems and related information technologies, and operates in an e-commerce manner. It solves the problem of real-time information collection for logistics operations through intelligent transportation systems and related information technologies, and analyzes and processes the collected information in an integrated environment. A system that provides detailed information and consulting services to logistics service providers and customers through the transmission of information in various logistics links.
1. Data collection and input. The collection of logistics data is first collected into the pre-processing system from the inside or outside of the system through the collection subsystem, and organized into the format and form required by the system, and then input into the logistics information system through the logistics system.
2. Information storage. After the logistics data enters the system, it is classified and processed into logistics information that supports the operation of the logistics system. This information requires temporary storage and permanent storage for use. The storage function of the logistics information system is to ensure that the obtained logistics information will not be lost. The shape is incorrect, there is no leakage, the organization is correct, and it is ready to use. In order to process and retrieve data, the storage of the data must take into account the organization of the data.
3. Information transmission. In a logistics system, logistics data and information must be accurately transmitted to various functional links in a timely manner and exert their functions. This requires that the logistics information system has the function of overcoming spatial obstacles. The logistics information system must fully consider the type, quantity, frequency and reliability requirements of the information to be transmitted.
4. Information processing. Information processing can be simple querying, sorting, or complex model solving and prediction. Information processing capability is an extremely important aspect of measuring the capabilities of logistics information systems. The so-called logistics data refers to the information that needs to directly meet a certain part of the logistics operation system. The information that can be directly used or processed through information to function in a specific operation is called logistics information.
5. Information output. The purpose of the logistics information system is to provide information to logistics personnel at all levels. In order to make it easier for people to understand, the form of the system output should be easy to read and understand, intuitive and compelling, which is one of the main criteria for evaluating logistics information systems.
For enterprises, the logistics information system does not exist independently, but is part of the enterprise information system, or a part of it.
1. Data collection and input. The collection of logistics data is first collected into the pre-processing system from the inside or outside of the system through the collection subsystem, and organized into the format and form required by the system, and then input into the logistics information system through the logistics system.
2. Information storage. After the logistics data enters the system, it is classified and processed into logistics information that supports the operation of the logistics system. This information requires temporary storage and permanent storage for use. The storage function of the logistics information system is to ensure that the obtained logistics information will not be lost. The shape is incorrect, there is no leakage, the organization is correct, and it is ready to use. In order to process and retrieve data, the storage of the data must take into account the organization of the data.
3. Information transmission. In a logistics system, logistics data and information must be accurately transmitted to various functional links in a timely manner and exert their functions. This requires that the logistics information system has the function of overcoming spatial obstacles. The logistics information system must fully consider the type, quantity, frequency and reliability requirements of the information to be transmitted.
4. Information processing. Information processing can be simple querying, sorting, or complex model solving and prediction. Information processing capability is an extremely important aspect of measuring the capabilities of logistics information systems. The so-called logistics data refers to the information that needs to directly meet a certain part of the logistics operation system. The information that can be directly used or processed through information to function in a specific operation is called logistics information.
5. Information output. The purpose of the logistics information system is to provide information to logistics personnel at all levels. In order to make it easier for people to understand, the form of the system output should be easy to read and understand, intuitive and compelling, which is one of the main criteria for evaluating logistics information systems.
For enterprises, the logistics information system does not exist independently, but is part of the enterprise information system, or a part of it.
