⚠️ Not Financial Advice
🚀 Help You Build Winning Trading System
The market’s not outsmarting this simple old school strategy 🤯🤯🤯
This research paper backs it up……🧵🪡
The market’s not outsmarting this simple old school strategy 🤯🤯🤯
This research paper backs it up……🧵🪡
Learn it step by step in 100 mins
In this course, you will learn
• Linear regression model
• Use case
• Model testing
• Python for linear regression
….course link in …🧵🪡
Learn it step by step in 100 mins
In this course, you will learn
• Linear regression model
• Use case
• Model testing
• Python for linear regression
….course link in …🧵🪡
- Exposes overfitting fast
- Shows true drawdown pain
- Reveals when edge dies
- Clarifies where to size up
- Turns “hope” into probabilities
The goal isn’t perfect prediction, just asymmetric bets.
- Exposes overfitting fast
- Shows true drawdown pain
- Reveals when edge dies
- Clarifies where to size up
- Turns “hope” into probabilities
The goal isn’t perfect prediction, just asymmetric bets.
• Scipy: FREE
• Python: FREE
• pandas: FREE
• VectorBT: FREE
• Statsmodel: FREE
• Scikit-learn: FREE
You can build strategies right from your laptop for FREE.
The only investment? Your time and effort.
• Scipy: FREE
• Python: FREE
• pandas: FREE
• VectorBT: FREE
• Statsmodel: FREE
• Scikit-learn: FREE
You can build strategies right from your laptop for FREE.
The only investment? Your time and effort.
1️⃣Research: Develop a trading hypothesis, define objectives
2️⃣Backtest: Backtest the strategy to evaluate performance & optimize
3️⃣Validate: Test on out-of-sample data to avoid overfitting.
4️⃣Paper Testing: Run strategy in simulated live environment
1️⃣Research: Develop a trading hypothesis, define objectives
2️⃣Backtest: Backtest the strategy to evaluate performance & optimize
3️⃣Validate: Test on out-of-sample data to avoid overfitting.
4️⃣Paper Testing: Run strategy in simulated live environment
1) Define one clear hypothesis.
2) Code it rules-based.
3) Use out-of-sample data.
4) Track expectancy + max DD.
If you can’t measure it, you don’t have an edge.
1) Define one clear hypothesis.
2) Code it rules-based.
3) Use out-of-sample data.
4) Track expectancy + max DD.
If you can’t measure it, you don’t have an edge.
It covered everything you need to know for quant trading for FREE!
• Introduction, Financial Terms and Concepts
• Probability Theory
• Regression Analysis
• Volatility Modeling
• Time Series Analysis
link in …..🧵 🪡
It covered everything you need to know for quant trading for FREE!
• Introduction, Financial Terms and Concepts
• Probability Theory
• Regression Analysis
• Volatility Modeling
• Time Series Analysis
link in …..🧵 🪡
- Does it survive 2+ year backtest?
- Positive expectancy after all costs?
- Works across market regimes?
- Can you execute it 100 times?
If not, keep building. Edge isn't found, it's forged.
- Does it survive 2+ year backtest?
- Positive expectancy after all costs?
- Works across market regimes?
- Can you execute it 100 times?
If not, keep building. Edge isn't found, it's forged.
- Chase the last hot setup
- Abandon systems after 3 losses
- Trade without testing edge
Winning traders:
- Build repeatable processes
- Trust 1000-trade sample sizes
- Measure expectancy constantly
Edge = math, not magic.
- Chase the last hot setup
- Abandon systems after 3 losses
- Trade without testing edge
Winning traders:
- Build repeatable processes
- Trust 1000-trade sample sizes
- Measure expectancy constantly
Edge = math, not magic.
- Backtest on 100+ scenarios, not 10
- Track edge decay in your journal
- Rebuild when win rate drops 15%
- Adapt to regime shifts weekly
Markets change. Your systems must too.
- Backtest on 100+ scenarios, not 10
- Track edge decay in your journal
- Rebuild when win rate drops 15%
- Adapt to regime shifts weekly
Markets change. Your systems must too.
JP Morgan technologists and traders help you to understand complex quant topics without formal programming backgrounds in Python.
JP Morgan technologists and traders help you to understand complex quant topics without formal programming backgrounds in Python.
• Test relentlessly.
• Execute consistently.
• Refine endlessly.
The market doesn't reward brilliance
It rewards discipline applied over thousands of trades.
• Test relentlessly.
• Execute consistently.
• Refine endlessly.
The market doesn't reward brilliance
It rewards discipline applied over thousands of trades.
Course highlights
• Linear Regression
• Linear Classification
• Feature Templates
• K-means
• Markov Network
• Bayesian Networks
• Reinforcement Learning
$0….course link in …🧵🪡
Course highlights
• Linear Regression
• Linear Classification
• Feature Templates
• K-means
• Markov Network
• Bayesian Networks
• Reinforcement Learning
$0….course link in …🧵🪡
www.youtube.com/watch?v=PHe...
www.youtube.com/watch?v=PHe...
- Statistical mean reversion with volatility filters
- Volume-confirmed breakouts on liquid assets
- Microstructure patterns that beat slippage
- Execution speed that captures inefficiencies
Stack them. Compound wins.
- Statistical mean reversion with volatility filters
- Volume-confirmed breakouts on liquid assets
- Microstructure patterns that beat slippage
- Execution speed that captures inefficiencies
Stack them. Compound wins.
Stanford University New Course shows you how
Learn Stanford University New Era Of Software Developer Syllabus and FREE online material
Stanford University New Course shows you how
Learn Stanford University New Era Of Software Developer Syllabus and FREE online material
It’s a framework:
• regime detection
• alpha diagnostics
• risk budgets
• slow capital ramps
The goal isn’t to juice lucky streaks, it’s to survive long enough for expectancy to matter.
It’s a framework:
• regime detection
• alpha diagnostics
• risk budgets
• slow capital ramps
The goal isn’t to juice lucky streaks, it’s to survive long enough for expectancy to matter.
If so, you are more than enough to code for your own algo trading system!
If so, you are more than enough to code for your own algo trading system!
• Supervised Learning
• Unsupervised Learning
• Reinforcement Learning
• Deep Learning
Quant trading use cases for all types of machine learning in …….🧵🪡
• Supervised Learning
• Unsupervised Learning
• Reinforcement Learning
• Deep Learning
Quant trading use cases for all types of machine learning in …….🧵🪡
• Reinforcement learning
• Machine learning
• Artificial intelligence principles
• How to design intelligent systems
• How to use AI in Python programs
$0….course link in …🧵🪡
• Reinforcement learning
• Machine learning
• Artificial intelligence principles
• How to design intelligent systems
• How to use AI in Python programs
$0….course link in …🧵🪡