Types of
training
Physical training
Physical training concentrates on
mechanistic goals: training-programs in this
area develop specific skills or muscles,
often with a view to peaking at a particular
time. Some physical training programs focus
on raising overall
physical fitness.
In
military use, training means gaining the
physical ability to perform and survive in
combat, and learning the many skills
needed in a time of
war. These include how to use a variety
of
weapons, outdoor
survival skills, and how to survive
capture by the enemy, among others. See
military education and training.
For psychological or physiological
reasons, people who believe it may be
beneficial to them can choose to practice
relaxation training, or
autogenic training, in an attempt to
increase their ability to relax or deal with
stress.[1]
While some studies have indicated relaxation
training is useful for some medical
conditions, autogenic training has limited
results or has been the result of few
studies.
Religion and
spirituality
In
religious and
spiritual use, training may mean
purifying mind, heart, understanding and
actions to obtain a variety of spiritual
goals such as closeness to
God or freedom from
suffering. Note for example the
institutionalized spiritual training of
Buddhism, the
Threefold Training, or
discipleship in
Christianity.
Artificial-intelligence feedback
Researchers have developed
training-methods for
artificial-intelligence devices as well.
Evolutionary algorithms, 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 methods
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 automatically 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 changes
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]
See also
References