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AI and Deep Learning for Ear Infection Detection ~xRay Pixy

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Learn how AI and deep learning revolutionize ear infection detection, enabling accurate, fast, and automated diagnosis using advanced image processing and machine learning techniques. Video Chapters: Ear Infection Detection using AI and DL 00:00 Introduction 00:14 My Experience with Ear Infections 01:15 Topics Covered 02:24 Ear Infections 02:48 Ear Infection Signs 03:55 Ear Infection Preventions 04:29 Ear Infection Types 05:19 Ear Infection Causes 06:14 How Bacteria and Fungus Grow in Ear 07:26 My Mistakes 08:49 Doctors Advise after Ear Infection 09:45 Ear Infection Common Symptoms 10:37 Automated Ear Infection Detection with Deep Learning AI 15:09 Smartphone Otoscopes 16:04 Conclusion Ear fungus, also known as otomycosis , is a fungal infection of the outer ear canal. If an ear infection is not treated on time, it can lead to serious complications.  Hearing Loss – Persistent infections can damage the eardrum and middle ear structures, leading to partial or permanent hearing loss....
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Jellyfish Search Optimizer Step-by-Step Leaning with Example ~xRay Pixy

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Jellyfish Search Optimizer (2020)


Video Chapters:
Introduction: 00:00
Jellyfish Search Optimizer: 00:26
About Jellyfish: 01:11
Jellyfish Search Optimize Steps: 06:37
Time Control Calculation: 10:50
Passive Motion: 11:59
Action Motion: 12:52
Ocean Current: 15:27
Conclusion: 16:31

Jellyfish: Sea Animals Without Backbone.
Jellyfish Size: 1-16 inch.
Jellyfish Lifespan: 1 Month / 1 Year depend on species.
Jellyfish Diet: Nutrients Plants, Planktons, Small Fishes, Fish eggs.

Jellyfish Search Optimizer is also known as artificial Jellyfish Search Optimizer. Jellyfish Search Optimizer is inspired by jellyfish food searching behavior in the ocean. We can use Jellyfish Search Optimizer to solve Global Optimization problems, Complex real world optimization problems and other.


Jellyfish movements are result due to:
  1. Ocean Current (Horizontal Movement and Vertical Movement).
  2. Jellyfish Motion inside Swarm (Passive Motion and Active Motion).
Time Control mechanism is used to switch jellyfish motion between Active Motion and Passive Motion.

Jellyfish Search Optimizer Steps:
  1. Initialize important parameters randomly.
  2. Initialize population for N individuals randomly.
  3. Check If (current Iteration<=Maximum iterations)
  4. For all Individuals. (i=1:N)
  5. Calculate Time control mechanisms. 
  6. Update position for N individuals. 
  7. Check updated solution boundary.
  8. Evaluate new solutions.
  9. Increment counter and check stopping criteria. 
  10. Display best solution found. 
STEP 05: Calculate Time control mechanisms c(t). 
MaxT = Maximum Number of Iterations
rand = random value (0,1)

STEP 06: Update position for N individuals. 
Jellyfish Motion updated using:
  1. Ocean Current
  2. Active Motion
  3. Passive Motion
How to Calculate Ocean Current?



How to Calculate Passive Motion?


How to Calculate Active Motion?










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