2025-01-08 16:26:25 +08:00
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# Smart healthcare
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<!--toc:start-->
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- [Smart healthcare](#smart-healthcare)
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- [Intro](#intro)
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- [Reasons](#reasons)
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- [Implementation](#implementation)
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2025-01-08 17:04:28 +08:00
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- [Research: data driven health accessment](#research-data-driven-health-accessment)
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- [Background](#background)
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- [Data](#data)
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- [Wearables](#wearables)
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- [Patient Health Records](#patient-health-records)
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- [Structured vs. unstructured](#structured-vs-unstructured)
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- [Smart digital health platform](#smart-digital-health-platform)
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- [Diagram](#diagram)
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- [Use Cases](#use-cases)
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- [Conclusion](#conclusion)
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2025-01-08 16:26:25 +08:00
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<!--toc:end-->
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## Intro
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- History: 
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- Patient centric
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- Precision medicine
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- Atrial digital twins
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## Reasons
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- Current problems:
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- Global Health Disparities
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- Unequal shortage of healthcare workers
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- Increasing rate of burnout in healthcare
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- Mental health
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- Sustainable Development Goal 3
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- What smart healthcare can help
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- Remote doctor consult
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- Reduce un-necessary hospital visits
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- Democratize healthcare access
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- Remote emergency
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- 5G powered emergency channel give doctor real time view
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- Real time access of vital signs like ECG, ultrasound image, and blood
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pressure
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- Access to medical history
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- Doctors guide paramedics in ambulance
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- Drug discovery
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- Cost saving and agility methods
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- All fancy words including (ML, DL, ANN)
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- Offset a shortage of specialists
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- AI can help in aiding diagnosis
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- Before smart hospitals
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- Data presented is overwhelming
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- hindering the ability of using it effectively
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- People trip and die in hospitals
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- Too much administration work
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- Shortage of qualified staff
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- Spending wasted in managing assets
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- Nurses waste time in searching for medical equipment
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- Benefits of smart hospitals
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- Save money on asset searching
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- Reminder
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- Home-based health monitoring reduces re-admission
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- Eliminate emergency
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- Warning of deterioration
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## Implementation
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- EMR: Electronic medical records
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- Diagnosis, Image Data, Unstructured text data, Medications, Procedures,
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Lab tests
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- Data is challenging to use: high dimensionality, sparse, noisy, irregular,
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biased
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- IoMT: lots of data, lots of money going in
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- Healthcare technology: Better quality of life, with less money required
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- 
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2025-01-08 17:04:28 +08:00
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## Research: data driven health accessment
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### Background
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- Role of AI
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- Detection of aliment
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- Improve decision making
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- Help in treatment
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- Superior experience
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- Tech revolution
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- Automated steps in diagnostic process
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- Can acquire different types of data, representing the physiology of humans
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- Images: MRI, CT
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- Wearable devices
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- Electronic health records
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- Robotics
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- ML learn from data, so that it can make decisions like human brain
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### Data
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#### Wearables
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- Versatile monitoring
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#### Patient Health Records
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- Personal demographics: age, gender, ethnicity, weight, height, BMI
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- Medical parameters: blood, pressure, fat, blood sugar, plasma
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- Non-medical parameters: physical activity, diet plan
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- Questionnaires filled
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- Text mining can be performed
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#### Structured vs. unstructured
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- Structured: Time, date and code in diagnosis logs, can be stored in RDBMS
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- Semi-structured: medication taken, procedures, allergic reactions
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- Unstructured: Clinical notes, need NLP tools
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### Smart digital health platform
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#### Diagram
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#### Use Cases
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- Heart disease detection
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- Computer aided retinal disease diagnosis
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### Conclusion
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- Future of healthcare technology involves:
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- Self monitoring
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- AI for health management
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- Research is being developed to integrate real-time data with technology
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- Require future clinical trails
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- Explainable artificial intelligence:
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- Need model transparency for clinicians and stakeholders
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- Need collaboration in all fields:
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- Academics
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- Clinicians
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- Industries
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- Stakeholders
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