Advanced Nonlinear and Hybrid Systems Control Technology (original) (raw)

CIANC : An Agent-Based Intelligent Interface for Future Combat Systems Command and Control

2013

The vision of the future for armored and mechanized military structure, as spelled out by (DARPA, 2001), includes the use of mixed teams of h uman and robotic forces on a dynamic and rapidly changing battlefield. Successful implementation of this shift will require autonomous and semi-autonom ous robotic forces and a command and control infrastruc ture that will allow human, robotic, and mixed team s to be controlled quickly and easily. This infrastru ct re will need to allow human commanders to contro l he robot teams in a similar manner to how they command human teams, that is, in the language of the military, not the language of robotic control theory. I n this paper, we present an intelligent command and control interface built on framework of cooperative in terface agents that reflect roles found in current com-

Hybrid systems and distributed interactive simulations [military]

1994

The Army has set a goal of enhancing battlefield effectiveness by fielding a digital division by 1998 and has started a sequence of field exercises to investigate how new applications of digital technology will affect military operations. These transition activities are part of preparing the Army to fight third-wave warfare-information-age warfare. Distributed interactive simulation (DIS) is a key technology in

Intelligent agents for the synthetic battlefield: A company of rotary wing aircraft

1997

Background Since 1983 the Defense Advanced Research Projects Agency (DARPA) has exerted a significant effort to develop a realistic, distributed, synthetic battlefield that could be used for training, mission planning and rehearsal, tactics and doctrine development, and weapon-system concept evaluation. The underlying distributed interactive simulation (DIS) technology builds large-scale simulations from a set of independent simulators linked together in a network (DIS Steering Committee 1994).

State-Of-The-Art Technologies to Be Used in Command and Control Systems

2021

With the diversification of risks and threats in the multidimensional operational environment, in variable geometry conflicts, state-of-the-art technology must be used at all times in the architecture of command and control systems. This will ensure optimal response conditions both at the planning level and at the level of the execution of the military operation/action. Real-time communication, horizontally and vertically, between tactical level forces, operational and strategic level command and support structures, and with other institutions with security and defence responsibilities can only be ensured and protected by using advanced technologies. Not to be neglected at all is the training of the human resource for an efficient use of equipment as well as the algorithms and processes for making an efficient decision-making process, in line with technical, technological and artificial intelligence developments. Keywords: command and control; artificial intelligence; efficiency; ...