Traffic Control Theory and Methods (交通控制理论和方法) For Master Students in Transport Chongqing Jiaotong University
Traffic Control Theory and Methods (交通控制理论和方法 ) Chongqing Jiaotong University For Master Students in Transport
Chapter 3 Traffic Flow Modelling 3.1 Overview of comparable domains 3.2 Characteristics of Traffic flow 3.3 Typical process situations( scenarios) 3.4 Evolution of network process control
Chapter 3 Traffic Flow Modelling 3.1 Overview of Comparable Domains 3.2 Characteristics of Traffic Flow 3.3 Typical process situations(scenarios) 3.4 Evolution of network process control
Chapter 3 Traffic Flow Modelling 3.1 Overview of Comparable domains Common characteristics Network Flow Demand(geographically distributed) Flow control Storage capacity Flow capacity
3.1 Overview of Comparable Domains Common characteristics: Network Flow Demand (geographically distributed) Flow control Storage capacity Flow capacity Chapter 3 Traffic Flow Modelling
Chapter 3 Traffic Flow Modelling 3.1 Overview of comparable domains Water/Gas distributions Demand at destinations Minimize energy and losses Sewer networks Demand at origins Minimize overflows
Water/Gas Distributions Demand at destinations Minimize energy and losses Sewer Networks Demand at origins Minimize overflows Chapter 3 Traffic Flow Modelling 3.1 Overview of Comparable Domains
e Chapter 3 Traffic Flow Modelling 3.1 Overview of comparable domains Electricity Distribution Like gas/water, but No storage possibility Very rapid phenomena(real time Communication Networks Demand at origins Particles have delivery addresses Rapidity(information exchange is part of the flow) decentralized solutions Minimize total time spent
Electricity Distribution Like gas/water, but No storage possibility Very rapid phenomena (real time!) Communication Networks Demand at origins Particles have delivery addresses Rapidity (information exchange is part of the flow): decentralized solutions! Minimize total time spent Chapter 3 Traffic Flow Modelling 3.1 Overview of Comparable Domains