Frontier Comprehensive Transportation & Logistics课程：前往报名学习
Modern theory and technologies in comprehensive transportation and logistics have changed the whole world, which helps the enterprises concentrate on their core business, improve their business process, and decrease costs, finally to sharpen and enhance their competitiveness. We sincerely hope all the friends will learn some frontier theoretical methods and practical technologies in this area. Now let’s start the exciting journey of exploration with us!
开设学校：长安大学；学科：工学、
Modern theory and technologies in comprehensive transportation and logistics have changed the whole world, which helps the enterprises concentrate on their core business, improve their business process, and decrease costs, finally to sharpen and enhance their competitiveness. We sincerely hope all the friends will learn some frontier theoretical methods and practical technologies in this area. Now let’s start the exciting journey of exploration with us!
-1.1 What is comprehensive transportation?
--What is comprehensive transportation?
-1.2 Modern logistics frontier technology
--Modern logistics frontier technology
-2.1 Overview of comprehensive transportation system
--Overview of comprehensive transportation system
-2.2 Transportation management mode
--Transportation management mode
-2.3 Countermeasures for coordinated transportation development
--Countermeasures for coordinated transportation development
-3.1 What is the Belt and Road?
-3.2 The construction of modern comprehensive transportation
--The construction of modern comprehensive transportation
-3.3 Landmark achievements of “ the Belt and Road”
--Landmark achievements of “ the Belt and Road”
-4.1 Analysis of relevant factors of road transportation
--Analysis of relevant factors of road transportation
-4.2 Transportation safety status
--Transportation safety status
-4.3 Speed limit and light highway
--Speed limit and light highway
-4.4 Application of modern information technology
--Application of modern information technology
-5.1 Motivation of ITS
-5.2 What is ITS
-5.3 Main application of ITS
-6.1 Understanding big data
-6.2 Logistics and big data are perfect match
--Logistics and big data are perfect match
-6.3 Big data in logistics
-7.1 Why forecast?- Two SC strategies
--Why forecast?- Two SC strategies
-7.2 Forecast principles and Time series methods
--Forecast principles and Time series methods
-7.3 Moving average and exponential smoothing methods
--Moving average and exponential smoothing methods
-8.1 Introduction to AI
-8.2 Application of AI in logistics
--Application of AI in logistics
-9.1 Motivation and problem description
--Motivation and problem description
-9.2 Modeling
--Modeling
-9.3 Exact algorithms for distribution optimization
--Exact algorithms for distribution optimization
-9.4 Heuristic algorithms for distribution optimization
--Heuristic algorithms for distribution optimization
-9.5 Overview of solving methods for facility location
--Overview of solving methods for facility location
-9.6 Mathematical programming approach
--Mathematical programming approach
-9.7 Heuristic algorithms for facility location
--Heuristic algorithms for facility location
-10.1 Introduction of self-driving and VICS
--Introduction of self-driving and VICS
-10.2 Application of self-driving and VICS in logistics
--Application of self-driving and VICS in logistics
-11.1 What is supply chain?
-11.2 Two SCM framework and SC optimization
--Two SCM framework and SC optimization
-11.3 Logistics, transportation and SCM
--Logistics, transportation and SCM
-11.4 Case of SCM: Hair
-12.1 What is blockchain and how its technology works?
--What is blockchain and how its technology works?
-12.2 Application of the blockchain in logistics
--Application of the blockchain in logistics
-13.1 Combined transport and multimodal transport
--Combined transport and multimodal transport
-13.2 International multimodal transport
胡卉教授的研究方向是物流系统规划与优化、应急物资调度和供应链管理。目前担任中国物流学会会员，WTC“客运规划与联程运输”技术委员会委员。近5年主持完成国家科技支撑计划项目、陕西省自然科学基础研究计划面上项目、西安市社科重大课题等纵向课题；发表高水平学术论文20余篇，其中SCI 4篇，EI 10余篇。全国大学生物流设计大赛一等奖、陕西省“挑战杯”一等奖指导教师。长安大学国家一流专业骨干，参与制定交通运输部行业标准1项，参编论著3本。
肖梅教授的研究领域是 ITS和城市交通系统建模与仿真。
高扬教授的主要研究领域是机器人导航定位、物流人工智能。2011年起就职于长安大学汽车学院物流工程系。主要从事移动机器人导航，机器人学，无人驾驶，计算机控制技术，物流工程技术方面的研究。近年来在国内外学术期刊发表论文十余篇，其中多篇被EI,SCI检索,拥有专利4项，其中发明专利2项。
阎莹教授主要关注道路交通安全，以及驾驶行为的识别和检测。
徐婷教授的主要研究领域为交通安全与智能交通。 目前担任WTC交通安全与环境学术委员会委员，交通运输工程学报、IEEE Access等期刊评审专家。国内外学术期刊上公开发表学术论文40余篇，SCI/SSCI/EI检索20余篇。主持20余项包括：国家自然科学基金青年项目、国家自然科学基金面上项目、国家重点研发计划子课题、西部交通建设科技项目、西安市科技厅项目、福建省科技厅项目、宁波市交通局科技项目等。发表实用新型专利及发明专利10余项。
陈希琼博士主要研究设施定位、交通网络优化和博弈论。
