Pinned Repositories
ClosestPointFinder
The ClosestPointFinder project uses advanced algorithms to find the closest pair of points efficiently. It includes a QuickSort implementation for sorting and a divide-and-conquer method to locate the nearest points. The project has been thoroughly tested with different datasets and outputs results in the required format for the assignment.
ForecastingAlgorithms
Method1: Exponential Smoothing Method2: Holt’s Linear Trend Model Method3: Linear Regression Method4: Seasonal Decomposition
ImagePreprocessingTech
Gray Scale Conversion - Green Channel Extraction - Horizontal Flip - Vertical Flip - Zoom (Scale)
InterpolationMethods
Numeric Analysis
MinSpanningTree
Stock-Backend
This project is the backend of the Canteen application for Anadolu University Computer Research and Application Center
TransferLearning
-AlexNet -InceptionV3 -VGG19
salihanurulusoy's Repositories
salihanurulusoy/TransferLearning
-AlexNet -InceptionV3 -VGG19
salihanurulusoy/ImagePreprocessingTech
Gray Scale Conversion - Green Channel Extraction - Horizontal Flip - Vertical Flip - Zoom (Scale)
salihanurulusoy/ForecastingAlgorithms
Method1: Exponential Smoothing Method2: Holt’s Linear Trend Model Method3: Linear Regression Method4: Seasonal Decomposition
salihanurulusoy/InterpolationMethods
Numeric Analysis
salihanurulusoy/MinSpanningTree
salihanurulusoy/ClosestPointFinder
The ClosestPointFinder project uses advanced algorithms to find the closest pair of points efficiently. It includes a QuickSort implementation for sorting and a divide-and-conquer method to locate the nearest points. The project has been thoroughly tested with different datasets and outputs results in the required format for the assignment.
salihanurulusoy/Stock-Backend
This project is the backend of the Canteen application for Anadolu University Computer Research and Application Center