 |
Demonstrate transport protocols for multi gigabit networks
|
|
Demonstrate wide-area 40 Gb/s and lab-prototype 100+ Gb/s electro-optical
transmission and switching systems
|
|
Demonstrate integrating testbed architecture incorporating advanced
distributed simulation, advanced distributed collaboration, advanced
communications and control, and advanced human computer interfaces
|
|
Demonstrate initial capabilities of intelligent information services
architecture with multiple mechanisms for describing resource capabilities
and with a uniform interface to hybrid search methods for resource retrieval
|
|
Demonstrate a virtual reality advancement to allow a CAVE-to-CAVE
interaction of at least twenty minutes
|
|
Demonstrate WDM field trial at ATDnet with the final phase field trial
at San Francisco Bay area
|
|
Demonstrate integration of digital library technologies with remote
sensing demonstrations
|
|
Demonstrate completed Remote Sensing Database Applications over the
Internet
|
|
Demonstrate electronic switching of individual data flows at 2.4 Gb/s
data streams
|
|
Demonstrate a Gb/s Internet capability by connecting Gb/s ATM networks
with a Gb/s IP router, with individual data flow of 2.4 Gb/s over same
|
|
Demonstrate as a system a soliton source and transmission, driving a
couple of all-optical soliton-based logic gates, including the optical
synchronization of the soliton transmission with the logic gate soliton
signal
|
|
Demonstrate bandwidth-adaptive multimedia node for mobile computing
|
|
Demonstrate transparent application relocation within a mobile environment
|
