GD-Aggregate：A WAN Virtual Topology Building Tool for Hard Real-Time and Embedded Applications

GD-Aggregate: A WAN Virtual Topology Building Tool for Hard Real-Time and Embedded Applications Qixin Wang*, Xue Liu**, Jennifer Hou, and Lui sha* *Dept. of Computer Science, UIUC School of Computer Science, McGill Univ

GD-Aggregate: A WAN Virtual Topology Building Tool for Hard Real-Time and Embedded Applications Qixin Wang*, Xue Liu**, Jennifer Hou*, and Lui Sha* *Dept. of Computer Science, UIUC **School of Computer Science, McGill Univ

Demand Big Trend: converge computers with the physical world

Demand • Big Trend: converge computers with the physical world

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni Virtual organization

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI – Virtual Organization

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni Virtual organization Calls for rte-Wan with following features

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI – Virtual Organization • Calls for RTE-WAN with following features:

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni Virtual organization Calls for rte-Wan with following features Scalability

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI – Virtual Organization • Calls for RTE-WAN with following features: – Scalability:

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni Virtual organization Calls for rte-Wan with following features Scalability Similar traffic aggregation

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI – Virtual Organization • Calls for RTE-WAN with following features: – Scalability: • Similar traffic aggregation

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni Virtual organization Calls for rte-Wan with following features Scalability Similar traffic aggregation Global/local traffic segregation

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI – Virtual Organization • Calls for RTE-WAN with following features: – Scalability: • Similar traffic aggregation. • Global/local traffic segregation;

Demand Big Trend: converge computers with the physical world Cyber-Physical Systems Real-Time and Embedded(RTE) geni Virtual organization Calls for rte-Wan with following features Scalability Similar traffic aggregation Global/local traffic segregation Network hierarchy and modularity

Demand • Big Trend: converge computers with the physical world – Cyber-Physical Systems – Real-Time and Embedded (RTE) GENI – Virtual Organization • Calls for RTE-WAN with following features: – Scalability: • Similar traffic aggregation. • Global/local traffic segregation; • Network hierarchy and modularity