148 results on '"UNMANNED VEHICLE SYSTEMS - Research and Development"'
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2. Commanding control: The U.S. military aims to steer multiple types of unmanned systems with a single control station
3. The joint stealth task force: An operational concept for Air-Sea Battle
4. Filling a niche with a switch
5. Research in motion: Finding new ways to move with unmanned technology
6. Robotic swarms possess paradigm-shifting potential
7. Unprepared for the unmanned: Addressing the enemy unmanned aircraft threat
8. The quest for (new) fire: Looking for alternative power sources, such as waves, hydrogen and the sun
9. Small steps: Legged locomotion starts to make inroads
10. The pipeline to unmanned systems
11. Cooperation, competition: The name of the game at Eurosatory
12. From one to many: Multivehicle control moves ahead
13. Unmanned systems for ground forces
14. Control freaks: If you're happy with your robot, clap your hands
15. Europe: United in diversity
16. AUVSI's (Association for Unmanned Vehicle Systems International) Unmanned Systems Program Review 2011
17. Unmanned systems forged in battle and competition: A visit with IAI (Israel Aerospace Industries) and Elbit systems
18. Frog noses, tele-anesthetic, flying without flaps (and sometimes wings): The 2010 innovation roundup
19. The science of autonomy: Studying animal behavior may help machines survive the real world
20. No contract, no problem: Companies both large and small use their own money to make products they believe in
21. Marsupial robots show promise as they await a rise in demand
22. Center builds robots with more bang for the buck
23. U.S. robots surge onto the battlefield--government office manages, maintains growing inventory of military machines
24. Military considers the human factor in independent robots
25. Any time, any place, anywhere: US puts emphasis on prompt global strike ability
26. The human/machine interface: Understanding what it means to be human
27. Biomimetics: Unmanned vehicle developers listen to their mother (nature)
28. Briefing: unmanned surface vehicles
29. The Marine Corps robotics revolution
30. Cleared for action: Incorporating UAVs (unmanned aerial vehicles) into the battlespace
31. The unmanned Army
32. Miniaturization, networking pervade future unmanned systems, part III
33. Combat-survivable unmanned aircraft take flight, part II
34. Briefing: Unmanned combat air vehicles
35. The robot's got your back
36. Era of change for unmanned systems
37. Armed and ready: Robotic limb advancement puts harsh environments and hard tasks within reach
38. Assuring national security through innovation
39. Exploring autonomy: New research lab allows testing of prototype systems in real-world conditions
40. New Autonomous Systems lab has LASER-sharp focus on supporting the warfighter
41. News depts: Cross-domain companies make a splash in maritime systems
42. U.S. expands use of underwater unmanned vehicles
43. U.S. ground forces unmanned technology
44. Heavyweight contender (UCAV, Unmanned Combat Air Vehicle)
45. Briefing: US defence industry
46. Briefing: Unmanned air vehicles
47. Unmanned combat aerial vehicles
48. Let's get small: Manufacturers reducing sensor size to fit smaller unmanned vehicles
49. It's only a flesh wound: Future unmanned systems may shrug off damage, heal themselves
50. How do unmanned systems think? The U.S. Navy wants to know: interview with Larry Schuette, the director of innovation at the U.S. Office of Naval Research
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