Robots are playing critical roles on the battlefield and are growing in diversity, and manufacturing capability.
The United States HAS so far led the way in robotic technology and systems for detection and ordnance disposal, convoy vehicles and ground reconnaissance and surveillance for small infantry units.
Purpose others are getting in the game and now Nexter Systems, the French defense group, HAS Formed a Wholly Owned filiale dedicated to robotic technology.
Nexter Robotics was created to Produce and economic development of new robotic solutions for the needs of the French military and allies, Especially in the area of small-scale robots able of performing reconnaissance missions and route clearance activities to counter improvised explosive devices.
Nexter Said aussi icts products will be suitable for use by Civilian security organisms.
"Both in France and abroad, working with customers and through Directly icts network of partners, Nexter Robotics is icts Primarily Focusing on design activities, development, industrialization, production, commercialization and technical support for Both land-based and air / land hybrid robotic systems , together with all the associated components and mission modules, "the company said.
Nexter Systems Introduced a counter-IED robotic system last year Called the LG Nerva. Few details are available on the system, Which is the lead-off item in icts robotic products, it will be purpose Said Demonstrated at the IDEX 2013 defense exhibition in the United Arab Emirates later this year.
Meanwhile, the United States is a major advancement in Tackling robot technology, Which so far Generally features remote pilot or operator control of the robotic system.
The U.S. Army reports from the That Researchers Army Research Laboratory Human Research and Engineering Directorate are developing "cognitive" robotic intelligence.
The ultimate aim is to economic development of robotic systems with highly able "a set of intelligence-based capabilities to enable the teaming Sufficient of autonomous systems with soldiers."
The robots envisaged Would apply "reason" to Their performing tasks, notes and events around em communiquer with troops and other autonomous systems.
The Researchers are working with the Symbolic and Sub-Symbolic Intelligence Robotics Control System, developed by HRED in 2004 with Towson State University in Maryland to Achieve That goal.
The Army Said the system combined symbolic and sub-symbolic representations of knowledge into a unified control and cognitive architecture - the Adaptive Character of Thought-Rational or ACT-R, and Soar - from the University of Michigan.
"We have found That in order to simulate complex cognition is a robot, Many aspects of cognition (long-term memory and perception) needed to be in place before generalized Any behavior can be produced smart," Said Troy Kelley, cognitive robotics team leader of HRED. "In working with ACT-R, we found That It was a good instantiation of working memory, goal That we needed to add other aspects of cognition Including long-term memory and perception ...."
The Army Noted That robot cognition is a result of a collection of different algorithms together Which Produce the integrated process of cognition, or functionalist representation. HRED is Developing a Symbolic and Sub-Symbolic Intelligence Robotics Control System That Will be modular, with each Stock HAVING group of different algorithms for the fonctionnement Responsibilities of the overall system.
"We are not Necessarily Attempting to Produce a neurological representation of the individual components of the brain," Kelley said. "The basic idea is we are trying to That use psychological theory to augment robotics development, Especially in Areas of learning and memory."