📣 Object detection enthusiasts, I have some exciting news for you! 📣
🏎️ @deci_ai brings you YOLO-based architecture, YOLO-NAS for object detection which has just been open-sourced!
A Game-Changer for Enthusiasts!
A thread🧵👇
1. What's the NAS all about?
Researchers at Deci used Neural Architecture Search (NAS) to automate the discovery of an optimal object detection architecture.
🤯 They used deep learning to find a new deep learning architecture!
2. Key points about YOLO-NAS:
🛩️ Enhanced detection of small objects, improved localization accuracy, and performance-per-compute ratio.
📱 Ideal for real-time edge-device applications.
🧱 Incorporates quantization-aware RepVGG blocks and applies them for optimal performance.
3. 💡 Leverages attention mechanisms, quantization-aware blocks, and reparametrization at inference time, setting a new gold standard for object detection across industries.
4. 🏋️ Trained in a multi-phase process involving pre-training on Object365, COCO Pseudo-Labeled data, Knowledge Distillation (KD), and Distribution Focal Loss (DFL).
5. 📊 Outperforms existing YOLO models on the diverse RoboFlow100 (RF100) dataset, following a robust training protocol, providing significant advantages in various use cases. 🏆
Make sure to star the SuperGradients GitHub repo, play around with the starter notebook and let's revolutionize the field of computer vision together. 💫
GitHub repo: bit.ly/yolo-nas-launch
Try out this starter notebook to get introduced to the SuperGradients library + YOLONAS model
This blog covers :
Sample vs Population
Types of data
Measures of central tendency
Dispersion measures
Statistical distributions
Confidence intervals
Hypothesis testing
📊 Hey data analysts! Looking for some project ideas to flex your skills with the help of real datasets?
Here are some fun projects for various domains with dataset links.👨💻
A thread🧵👇
🩺 Healthcare: Analyze patient data to identify potential risk factors for diseases. Use statistical analysis to find patterns in patient outcomes and create visualizations to communicate findings. Check out the dataset from MIT: mimic.physionet.org
🛍️💰📈 Retail: Analyze customer purchase data to identify buying patterns and preferences. Use clustering algorithms to group customers and create personalized recommendations. Check out the Online Retail dataset from UCI Machine Learning Repository: archive.ics.uci.edu/ml/datasets/on…
🎓The four main OOPs concepts in Python are Encapsulation, Inheritance, Polymorphism, and Abstraction.
A thread🧵👇
1. 🧬 Encapsulation is the process of hiding the implementation details of an object from the user. In Python, encapsulation can be achieved using private variables and methods.
Example:
2. 🧬 Inheritance allows a class to inherit properties and methods from another class. In Python, inheritance can be achieved using the 'super()' method.
Example