Delivery capability of government suppliers. Because meeting military requirements depends on fundamental understanding of very-high-speed optical networks, satellite communications, and support of mobility in the battlefield, it is not sufficient to have a cadre of educated and trained individuals. Corporate environments must also be available in which such individuals are trained to work together in teams on system-level designs, and to take an interdisciplinary approach.
Interconnectedness of defense systems. As more defense- and homeland security-related systems are interconnected, the pressure will increase on the United States to develop new technologies here at home, because relying on foreign suppliers for critical network components like firewalls and communications software might open the door to serious compromises of security and availability across a wide range of defense capabilities.Military superiority. In a military context, the goal is superiority over the adversary, which requires having the best research and engineering capability in the world.
Telecommunications continues to be a dynamic sector in which significant innovation is possible provided proper research investments are made. Some examples of potential payoffs from telecommunications research include the following:
A significantly enhanced Internet architecture that goes beyond incremental improvements to the existing network architecture to provide enhancements such as greater trustworthiness in the network core and customer networks, improved addressing and routing, and end-to-end quality of service provisioning;New network architectures that take advantage of ever-greater storage densities, processing speeds, and communications bandwidths;
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