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[Intelligent Logistics Technology] 2.Logistics Information Technology and Application
#ICT# #IOT#

Lesson Code: TCEN2026H047

Clicks：
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Academic Hours
6.20hours
Publish Date
Apr 2026

Lecturer

1. Lecturer XIE YanmeiHunan Modern Logistics College

2. Lecturer MI ZhiqiangHunan Modern Logistics College

3. Lecturer JIAN XianghuiHunan Modern Logistics College

4. Lecturer YANG XiaofengHunan Modern Logistics College

5. Lecturer LIU NingHunan Modern Logistics College

General Introduction
This course is closely aligned with the professional competencies and skill requirements of positions within the Modern Logistics Management field. It serves as a core course in the Modern Logistics Management program.
This course requires trainees to master the essential logistics information technologies applied across various stages of logistics business processes.

This Course is for
1. Helping trainees become proficient in applying appropriate logistics information technologies to process data-related issues in logistics operations.
2. Enabling trainees to develop competencies in task planning and execution, including formulating work strategies, designing work plans, determining appropriate methods, and conducting independent learning and information retrieval.
3. Developing trainees’ ability for self-directed learning, fostering initiative in exploring new technologies, and strengthening practical skills in real-world applications.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Banks

Recognized By

Benefits of Learning

1. Being able to conduct investigations into the level of informatization in local logistics enterprises and produce structured research reports.
2. Capable of performing product barcode registration, item coding and labeling, and real-time logistics tracking data collection and processing in accordance with enterprise requirements, as well as selecting appropriate barcode readers and printers based on specific application scenarios.
3. Being able to design suitable RFID system solutions according to logistics business requirements, and correctly configure system parameters for effective information acquisition.
4. Being able to apply Geographic Information Systems (GIS) to solve logistics route planning problems.
5. Capable of managing logistics business data using database technologies.
6. Being able to implement real-time logistics data processing through data exchange technologies, such as EDI.
7. Capable of proficiently operating commonly used logistics management information systems.
8. Being able to preliminarily plan and design automated warehouse management systems.
9. Knowing the relationship between e-commerce and modern logistics, and mastering key technologies for their coordinated development.

Courses Videos
1.1 First acquaintance with logistics information technology.mp4play1.2 Logistics Information Technology .mp4play1.3 Development of Modern Logistics Information Technology.mp4play2.1 Overview of Logistics Information Standardization.mp4play2.2 Logistics information standardization system and Logistics Information Classification and Coding Standard.mp4play2.3 GS1 Standard System.mp4play3.1.1 Basic Bar Code Knowledge.mp4play3.1.2 Recognition of Bar Code Types.mp4play3.1.3 The Coding Method of Bar Code.mp4play3.1.4 Bar Code Reader Selection.mp4play3.2 The Role of GS1 System in Product Tracing.mp4play3.3.1 PDF417 code Analysis and Application.mp4play3.3.2 QRCode code Analysis and Application.mp4play3.3.3 DataMatrix Code Analysis and Application.mp4play4.1.1 RFID Basics1.mp4play4.1.2 RFID Basics2.mp4play4.1.3 RFID Basics3.mp4play4.1.4 RFID Reading Principles and Processes.mp4play4.1.5 Classification of RFID Working Frequency.mp4play4.1.6 RFID Major Standardization Organizations .mp4play4.2 RFID system structure .mp4play4.3 Application of RFID technology in material Management.mp4play5.1 GIS Overview .mp4play5.2 Calibration of Non-standard split-frame Raster map.mp4play5.3 Drawing Points, Lines and Planes.mp4play5.4 Overview of GPS.mp4play6.1 Basic Knowledge of Database Technology.mp4play6.2 Spatial Database Knowledge .mp4play6.3 Database Design Overview .mp4play6.4 Logistics Database Design.mp4play6.5 Basic Knowledge of Data Mining Technology (2022 Edition).mp4play6.6 Application of data mining technology in logistics field .mp4play7.1 EDI Overview.mp4play7.2 EDI System Function Model.mp4play7.3 EDI Working Principle.mp4play7.4 Application of EDI in logistics industry.mp4play7.5 ebXML Basics.mp4play8.1 Overview of Logistics Management Information System.mp4play8.2 Logistics Decision Support System.mp4play8.3 Automatic storage system .mp4play8.4 Intelligent Transportation Systems .mp4play8.5 Supply Chain Logistics Information System and Logistics Information System under E-Commerce.mp4play9.1 Basic Knowledge of Automated Three-dimensional Warehouse.mp4play9.2 Automatic Three-dimensional Warehouse Management System 1.mp4play9.3 Automatic Three-dimensional Warehouse Management System 2.mp4play9.4 Composition and Working Process of Automated Storage and Retrieval System Management System.mp4play10.1 The Relationship Between E-Commerce and Modern Logistics.mp4play10.2 Collaborative Development of E-commerce and modern logistics.mp4play10.3 Key technologies of collaboration between e-commerce and logistics supply chain.mp4play

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