- the judgment of (r, s)-robust by Deep learning
- here contains two branches that are my old codes just for memorizing =.=|
- implemented from the paper 'Algorithms for DeterminingNetwork Robustness'
- superclass: NetworkAlgo
- subclass: ArcpAlgo
- subclass: LcpAlgo(ToDo)
- subclass: RarcpAlgo(ToDo)
- subclass: MedianConsensusAlgo(Todo)
- generate the (r, s)-robust network and save as csv file
- class DataGenerator: generate train and test data by a batch-like way
- get_image_data: generate image data and save as a csv file
- test_image: just have a glance at the how the images look like
- the origin code to implement a deep learning model
- will modified it or just remove it
- the original file from here
- usage: firstly need to write a configurations file, see here, then just run python main.py
- config.py: a configuration file, can be read from a json file
- neural_network.py: generate a model
- rbm.py see here
- sdne.py see here
- utils.py see here
- include the network data distinguished by (r, s)-robust