1 00:00:11,959 --> 00:00:10,289 floating serenely on a mountain lake 2 00:00:14,580 --> 00:00:11,969 high in the central Andes of Chile 3 00:00:17,310 --> 00:00:14,590 NASA's prototype planetary Lake Lander 4 00:00:19,859 --> 00:00:17,320 is in reality testing adaptive robotic 5 00:00:22,050 --> 00:00:19,869 systems project leader dr. Nathalie 6 00:00:24,900 --> 00:00:22,060 Cabral explains her team's work on this 7 00:00:27,929 --> 00:00:24,910 smart robot so to explore laguna negra 8 00:00:29,700 --> 00:00:27,939 we have the planetary late lender it 9 00:00:31,460 --> 00:00:29,710 will have an adaptive system it will be 10 00:00:34,830 --> 00:00:31,470 able to understand its environment and 11 00:00:37,080 --> 00:00:34,840 act upon what changes in the environment 12 00:00:39,779 --> 00:00:37,090 on its own so we are basically 13 00:00:43,139 --> 00:00:39,789 transferring the power of decision to 14 00:00:46,500 --> 00:00:43,149 the probe and past exploration we were 15 00:00:48,180 --> 00:00:46,510 limited to talking to a robot once or 16 00:00:50,400 --> 00:00:48,190 twice a day in the best-case scenarios 17 00:00:53,160 --> 00:00:50,410 so there is a large amount of time that 18 00:00:54,810 --> 00:00:53,170 is not being used for the mission we 19 00:00:57,750 --> 00:00:54,820 started to develop what we call adaptive 20 00:01:01,979 --> 00:00:57,760 systems and basically that was for the 21 00:01:03,990 --> 00:01:01,989 robot to decide if what it was seeing in 22 00:01:07,350 --> 00:01:04,000 the field was relevant to the mission 23 00:01:10,560 --> 00:01:07,360 objectives even if it was outside of a 24 00:01:12,390 --> 00:01:10,570 plan the robot was capable of saying I 25 00:01:15,660 --> 00:01:12,400 need to go to point B but what I'm 26 00:01:17,850 --> 00:01:15,670 seeing here right now seems to be more 27 00:01:22,219 --> 00:01:17,860 important and more relevant and I need 28 00:01:26,630 --> 00:01:24,929 for more information on these topics go