Artificial intelligence (AI) is an area of computer science that creates intelligent machines that work like humans. Some key activities of AI include speech recognition, learning, planning, and problem solving. John McCarthy is considered the founder of AI. AI has many applications in healthcare, including virtual assistants for unsupervised and supervised learning as well as reinforcement learning. It also has physical applications through medical devices and robots for surgery and care delivery. AI provides benefits like reducing errors, speeding decisions, and assisting humans without emotions or breaks. However, it also has disadvantages like high costs, potential job loss, and an inability to think creatively or feel empathy.

1. s

2. Topics covered
• Artificial Intelligence
• Founder of Artificial Intelligence
• Applications of AI
• Benefits of AI
• Growth of AI in healthcare
• Use of Robots
• Artificial Intelligence – Advantages and Disadvantages

3. What is Artificial Intelligence
Artificial intelligence
(AI) is an area of
computer science
that emphasizes the
creation of intelligent
machines that work
and react like
humans.

4. What are the activities included in AI
Some of the activities of computers designed with
artificial intelligence includes:
• Speech recognition
• Learning
• Planning
• Problem solving

5. • John McCarthy
(September 4, 1927 –
October 24, 2011) was an
American computer
scientist and cognitive
scientist.

6. ADVANTAGES
• Less Errors
• Faster Decisions
• Daily Applications
• No Emotions
• Digital Assistants
• No Breaks
• Taking risks on behalf of
humans
DISADVANTAGES
• High Costs
• Unemployment
• Can’t think out of box
• Can’t feel Compassion
and Sympathy
• Highly dependent on
machines

7. APPLICATIONS OF AI
The applications of AI in medicine
has two main branches:
A) Virtual branch
B) Physical branch.

8. Artificial intelligence in medicine:
The virtual branch
It includes:
1. Unsupervised
2. Supervised
3. Reinforcement learning

9. Artificial intelligence in medicine:
The physical branch
It includes:
• Physical objects,
• Medical devices
• Sophisticated
robots for
delivery of care /
robots for
surgery.

10. Innovations in Medical and Biological Engineering
• 1950s and earlier
• Artificial Kidney
• X ray
• Electrocardiogram
• Cardiac Pacemaker

11. Innovations in Medical and Biological Engineering
• 1960s
–Heart valve replacement
–Intraocular lens
–Ultrasound
–Vascular grafts

12. Innovations in Medical and Biological Engineering
• 1970
• Artificial hip and knee
replacements
• Balloon catheter
• Endoscopy

13. Innovations in Medical and Biological Engineering
• 1980s
• Magnetic resonance
imaging
• Laser surgery
• Vascular grafts
• Recombinant therapeutics

14. Innovations in Medical and Biological Engineering
Present day
1. Image guided surgery
2. Genomic sequencing and
microarrays

15. Benefits of Artificial intelligence

16. Use of robots to monitor effectiveness of surgery
treatment

17. Use of robots to deliver treatment..robotic surgery
Use of robots to deliver treatment Robotic surgery

18. Growth drivers of AI in healthcare
• Imbalance between
health workforce and
patients
• Increasing Global
Health care expenditure
• AI will help medical
practitioners efficiently
achieve their tasks with
minimal human
intervention.

19. CONCLUSION
In its short existence , AI has increased understanding of
the nature of intelligence and provided an impressive array
of application in a wide range of areas.

20. THANK YOU