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# System prepended metadata

title: Project title

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# Project title
#### Robotics-assitance Lung Cancer Surgery: Technology, Challenges & Future Outlook
## Background
#### What is lung cancer? Why we should pay attention to it?
    1. Introduction
    2. How many people? How many potential cases?
    3. Mortality rate?
    4. How much money/ time to cure? Rate of cure?
#### Introduction of traditional surgical method 
    1. Traditional solution processes? Limitations and risks?
    2. Vision-assitance surgery
#### Introduction of robotics assistant surgery .
    1. Introduction of  robotics surgery/robotics assistant surgery methods 
## Technology
#### Benefits
    1. Comparison (cost, cure rate...)
    2. Safety
#### Feasibility
    1. What kind of hospital? For what type of patients?
    2. Feasibility
#### Learning cost for surgeon
    1. How long / how much cost to train a professional operator?
#### Challenge  currently
    1. Difficult to learn
    2. Very high cost
    3. Technology / intelligence and technology limitations.
## Market
#### Cost  decrease (that brought by new tech)
    1. Cost analysis (cost/profit per patient, how many cases of application per year)
#### Policy (that benefits surgical robotics) 
    1. Government policy that benefits robotics-assistance surgery.
    2. Global cooperation(?)
#### Market analysis 
    1. How many hospitals? How many patients cured per year?
    2. Potential market?
    3. How to expand the market?
## Future outlook(source:new technology that has not been launched)
#### New aspects
#### Future improvements 
    1. Reducing cost
    2. More safer
    3. AI technology(Machine learning, computer vision)

