Technologies for transportation computation
| Functional technologies | Computing subject | Computing function | Computing purpose |
|---|---|---|---|
| Carrier-oriented state expression and situation modeling evaluation | Carrier | Cognitive model and computer mechanism for the traffic state and situation | Provide decision support for driving |
| Infrastructure-oriented state expression and situation modeling evaluation | Infrastructure | Provide decision support for right-of-way availability | |
| Network-oriented state expression and situation modeling evaluation | Traffic management systems | Provide decision support for right-of-way configuration and traffic flow management | |
| Modeling evaluation and decision-making for carriers in-transit operation behavior | Carriers, infrastructure, traffic management systems | Cognitive model and computer mechanism for the carrier in-transit behavior | Provide decision support for driving and right-of-way selection |
| Self-adaptive mechanism and decision-making for infrastructure | Infrastructure, traffic management systems | Cognitive model and computer mechanism for the infrastructure and regional traffic states | Provide decision support for the dynamic adjustment of the infrastructure functions |
| Network traffic management modeling and decision-making | Traffic management systems | Cognition, prediction, decision-making and control models, and computing mechanisms for network traffic states | Provide decision support for network traffic states assessment and management |
| Traffic flow behavior modeling and analysis | Traffic management systems | Cognition and dynamic models, and computing mechanisms for the self-organized/controlled traffic flow (micro, meso, macro) | Provide decision support for traffic states assessment and management of network and carrier in-transit behavior |
| Information models and data integration architecture for ATS | Carriers, infrastructure, traffic management systems | Information models and data integration architecture for the carrier and infrastructure operation, and traffic management | Form an integrated and interoperable computing platform |
| ATS-oriented other data processing and computing technologies | Carriers, infrastructure, traffic management systems | Traffic-specific computing mechanisms and algorithms for improving computing efficiency and accuracy | Improve the computing efficiency and trustworthiness of ATS |
| Functional technologies | Computing subject | Computing function | Computing purpose |
|---|---|---|---|
| Carrier-oriented state expression and situation modeling evaluation | Carrier | Cognitive model and computer mechanism for the traffic state and situation | Provide decision support for driving |
| Infrastructure-oriented state expression and situation modeling evaluation | Infrastructure | Provide decision support for right-of-way availability | |
| Network-oriented state expression and situation modeling evaluation | Traffic management systems | Provide decision support for right-of-way configuration and traffic flow management | |
| Modeling evaluation and decision-making for carriers in-transit operation behavior | Carriers, infrastructure, traffic management systems | Cognitive model and computer mechanism for the carrier in-transit behavior | Provide decision support for driving and right-of-way selection |
| Self-adaptive mechanism and decision-making for infrastructure | Infrastructure, traffic management systems | Cognitive model and computer mechanism for the infrastructure and regional traffic states | Provide decision support for the dynamic adjustment of the infrastructure functions |
| Network traffic management modeling and decision-making | Traffic management systems | Cognition, prediction, decision-making and control models, and computing mechanisms for network traffic states | Provide decision support for network traffic states assessment and management |
| Traffic flow behavior modeling and analysis | Traffic management systems | Cognition and dynamic models, and computing mechanisms for the self-organized/controlled traffic flow (micro, meso, macro) | Provide decision support for traffic states assessment and management of network and carrier in-transit behavior |
| Information models and data integration architecture for ATS | Carriers, infrastructure, traffic management systems | Information models and data integration architecture for the carrier and infrastructure operation, and traffic management | Form an integrated and interoperable computing platform |
| ATS-oriented other data processing and computing technologies | Carriers, infrastructure, traffic management systems | Traffic-specific computing mechanisms and algorithms for improving computing efficiency and accuracy | Improve the computing efficiency and trustworthiness of ATS |