Lester Wang (@LeslieWongCV)
github

LeslieWongCV

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  • Stars
    star
    33
  • Global Rank 456,238 (Top 16 %)
  • Followers 15
  • Following 24
  • Registered over 6 years ago
  • Most used languages
    Python
         88.9 %
    Jupyter Notebook
         11.1 %
  • Location πŸ‡¨πŸ‡³ China
  • Country Total Rank 42,661
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    Jupyter Notebook
         3,823
    Python
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Top repositories

1

EE7207

Code for assignment 1 of EE7207
Python
6
star
2

RVFL-Bundle

Random Vector Functional Link Network
Python
3
star
3

Simply-Drag-N-Drop

A tool that display a pair of images, you could simply drag one of the images and save the smaller image's coordinates(the upper left corner) that in the larger image.
Python
2
star
4

CV

algorithm about basic Image Processing
Jupyter Notebook
2
star
5

stack-overflow-crawler

For collecting top 10 voted and 10 Newest featured Questions on Stack Overflow
Python
2
star
6

EE6222

Python
2
star
7

EE7403-wong

Python
1
star
8

Python-data-structure-learning

Python data structure learning including class import, dictionary and list.
Python
1
star
9

K-Means-clustering

k-Means clustering is one of the most popular clustering methods in data mining and also in unsupervised machine learning. Here is a simple technique (actually a demonstration of the algorithm) for clustering data using k-Means Clustering method (with centroid-based). This code (for now) uses iterative method but doesn't use stopping or convergence criteria.
Python
1
star
10

RF

Random Forest
Python
1
star
11

EE6227

Python
1
star
12

ELM

Extrem Learning Machine
Python
1
star
13

student-info-system

Python
1
star
14

python-aircraft

Python
1
star
15

StochasticGradientDescentAlgorithm

SDG algorithm from the lowest level
Python
1
star
16

sklearn

Decision Tree using sklearn
Python
1
star
17

PREMVOS-mod-for-large-scale-video-object-segmentation

PREMVOS modification for large-scale video object segmentation
Python
1
star
18

decision-tree

A decision tree is a flowchart-like structure in which each internal node represents a "test" on an attribute (e.g. whether a coin flip comes up heads or tails), each branch represents the outcome of the test, and each leaf node represents a class label (decision taken after computing all attributes).
Jupyter Notebook
1
star