Changes

Researchers have developed training-methods for artificial-[[intelligence]] devices as well. [[Evolution]]ary [[algorithm]]s, including genetic programming and other methods of [[machine]] [[learning]], use a system of feedback based on "fitness functions" to allow computer programs to determine how well an entity performs a task. The [[method]]s construct a series of programs, known as a “population” of programs, and then automatically test them for "fitness", observing how well they perform the intended task. The [[system]] [[automatic]]ally generates new programs based on [[members]] of the [[population]] that perform the best. These new members replace programs that perform the worst. The procedure repeats until the achievement of optimum performance.[2] In [[robotics]], such a system can continue to run in [[real-time]] after initial training, allowing robots to adapt to new situations and to [[change]]s in themselves, for example, due to wear or damage. Researchers have also developed robots that can appear to mimic simple [[human]] behavior as a starting point for training.[3]

Researchers have developed training-methods for artificial-[[intelligence]] devices as well. [[Evolution]]ary [[algorithm]]s, including genetic programming and other methods of [[machine]] [[learning]], use a system of feedback based on "fitness functions" to allow computer programs to determine how well an entity performs a task. The [[method]]s construct a series of programs, known as a “population” of programs, and then automatically test them for "fitness", observing how well they perform the intended task. The [[system]] [[automatic]]ally generates new programs based on [[members]] of the [[population]] that perform the best. These new members replace programs that perform the worst. The procedure repeats until the achievement of optimum performance.[2] In [[robotics]], such a system can continue to run in [[real-time]] after initial training, allowing robots to adapt to new situations and to [[change]]s in themselves, for example, due to wear or damage. Researchers have also developed robots that can appear to mimic simple [[human]] behavior as a starting point for training.[3]

==Quote==

==Quote==

Insects are born fully educated and equipped for life--indeed, a very narrow and purely instinctive [[existence]]. The human baby is born without an [[education]]; therefore man possesses the [[power]], by controlling the [[education]]al training of the younger generation, greatly to modify the [[evolution]]ary course of [[civilization]].[http://urantia.org/cgi-bin/webglimpse/mfs/usr/local/www/data/papers?link=http://mercy.urantia.org/papers/paper81.html&file=/usr/local/www/data/papers/paper81.html&line=163#mfs]

Insects are born fully educated and equipped for life--indeed, a very narrow and purely instinctive [[existence]]. The human baby is born without an [[education]]; therefore man possesses the [[power]], by controlling the [[education]]al training of the younger generation, greatly to modify the [[evolution]]ary course of [[civilization]].[https://urantia.org/cgi-bin/webglimpse/mfs/usr/local/www/data/papers?link=https://mercy.urantia.org/papers/paper81.html&file=/usr/local/www/data/papers/paper81.html&line=163#mfs]

<center>For lessons on the [[topic]] of '''Training''', follow [https://nordan.daynal.org/wiki/index.php?title=Category:Training this link].</center>

<center>For lessons on the [[topic]] of '''Training''', follow [https://nordan.daynal.org/wiki/index.php?title=Category:Training this link].</center>