History of AI
Turing's experiment was done in
1950, 1952, 1949, 1957
1950
Decreases unemployment due to 2 factors being...?
1- Reskilling
2- encourages students to become programmers, where there is a lack of sufficient specialists
On the short-term
expensive
interference rules are
''... '' statements
how are they beneficial?
If... then
they provide several possible answers, hence allowing a value within a range, and thus are more reliable than the Boolean logic
AI couldn't be properly developed in the past due to two factors. the first being lack of intelligence in computers and the second being their inability to
recall information
decreases ---- occurring with patients
any of the following works:
mistakes/ inaccuracies/ inefficiency
concern of strand 1 is:
digital divide since not everyone can afford AI machines
explain what the Boolean logic is about
two specific opposing values may only be attained in AI machines, such as 'yes/no', without ranges
expert systems were developed in the
1950's, 1960's, 1970's, 1980's
1970's
up to ---% more patients can be treated
50
health concerns due to ---
radiation
what are the four types of biomarkers
diagnostic , risk, prognostic, predictive
expert systems are
software/ hardware programs?
software programs
On the long run:
cost- efficient or relatively reduces profit?
cost-efficient
increases unemployment because
AI replaces workers (deskilling)
state an example of how AI in healthcare may be promoted in the future
drug development
/gene editing
/ expanding it to developing countries
// any other answer that makes sense is accepted
Turing was a famous
mathematician & technician
mathematician & physicist
computer scientist & technician
mathematician & computer scientist
mathematician & computer scientist
Saves so much --- (hint: something that is precious and passes by quite quickly)
Time
the program may be designed in a way that causes it to:
- become uncontrollable by humans
- do destructive actions such as killing for instance
explain how the system cross-references work
compares treatments of patients and outcomes, making it easier for doctors to use this data to design the right treatment plan