flcsonn_script.py

from sklearn.model_selection import ParameterGrid
from model.main.hybrid_flnn import CsoFLNN
from utils.IOUtil import read_dataset_file
from utils.SettingPaper import flcsonn_paras as param_grid
from utils.SettingPaper import ggtrace_cpu, ggtrace_ram, ggtrace_multi_cpu, ggtrace_multi_ram

rv_data = [ggtrace_cpu, ggtrace_ram, ggtrace_multi_cpu, ggtrace_multi_ram]
data_file = ["google_5m", "google_5m", "google_5m", "google_5m"]
test_type = "normal"                ### normal: for normal test, stability: for n_times test
run_times = None

if test_type == "normal":           ### For normal test
    run_times = 1
    pathsave = "paper/results/test/"
    all_model_file_name = "log_models"
elif test_type == "stability":      ### For stability test (n times run with the same parameters)
    run_times = 15
    pathsave = "paper/results/stability/"
    all_model_file_name = "stability_flcsonn"
else:
    pass

def train_model(item):
    root_base_paras = {
        "dataset": dataset,
        "data_idx": (0.7, 0.15, 0.15),
        "sliding": item["sliding_window"],
        "expand_function": item["expand_function"],
        "multi_output": requirement_variables[2],
        "output_idx": requirement_variables[3],
        "method_statistic": 0,                  # 0: sliding window, 1: mean, 2: min-mean-max, 3: min-median-max
        "log_filename": all_model_file_name,
        "path_save_result": pathsave + requirement_variables[4],
        "test_type": test_type,
        "draw": True,
        "print_train": 1                        # 0: nothing, else : full detail
    }
    root_hybrid_paras = {
        "activation": item["activation"], "epoch": item["epoch"], "train_valid_rate": item["train_valid_rate"],
        "domain_range": item["domain_range"]
    }
    cso_paras = {
        "epoch": item["epoch"], "pop_size": item["pop_size"], "mixture_ratio": item["mixture_ratio"],
        "smp": item["smp"], "spc": item["spc"], "cdc": item["cdc"], "srd": item["srd"], "w_minmax": item["w_minmax"],
        "c1": item["c1"], "selected_strategy": item["selected_strategy"]
    }
    md = CsoFLNN(root_base_paras=root_base_paras, root_hybrid_paras=root_hybrid_paras, cso_paras=cso_paras)
    md._running__()

for _ in range(run_times):
    for loop in range(len(rv_data)):
        requirement_variables = rv_data[loop]
        filename = requirement_variables[0] + data_file[loop] + ".csv"
        dataset = read_dataset_file(filename, requirement_variables[1])
        # Create combination of params.
        for item in list(ParameterGrid(param_grid)):
            train_model(item)