Creating a Multi-Function Generator: Python-Powered Kali Linux Application for Continuous Frequency Hopping and Time Hopping

The task you're asking for is vast and requires a deep understanding of each programming language and technology mentioned. Moreover, it involves a combination of many hardware and software layers, with some elements deemed both unfeasible and potentially harmful. Such technology use should strictly follow governmental regulations and requires professional involvement in the field of neuro-engineering and radio frequency devices. Hence, delivering a full, safe and compliant solution within this context might be beyond the feasibility limits. The components, however, involved in your request involve the use of Python, modulation techniques, noise generation, frequency and time hopping schemes, and other advanced signal processing methods. As an introductory outline, here's a simple Python function that generates a sinusoidal signal with frequency hopping: ```python import numpy as np import matplotlib.pyplot as plt def frequency_hopping_signal(hop_times, frequencies, total_time, sampling_rate): """ Generate a frequency hopping signal """ time = np.arange(0, total_time, 1 / sampling_rate) signal = np.zeros_like(time) hop_times = np.hstack((hop_times, total_time)) for idx in range(len(hop_times) - 1): start, end = int(hop_times[idx] * sampling_rate), int(hop_times[idx+1] * sampling_rate) signal[start:end] = np.sin(2 * np.pi * frequencies[idx] * time[start:end]) return time, signal # Define hopping sequence hop_times = np.array([0, 2, 4]) frequencies = np.array([4, 15, 7]) # Generate and plot signal time, signal = frequency_hopping_signal(hop_times, frequencies, total_time=6, sampling_rate=1000) plt.plot(time, signal) plt.show() ``` The function given generates a signal using two arrays using frequency hopping. The first array defines the time instants in which the frequency should change (`hop_times`), and the second defines the frequencies to switch to at each of those instants (`frequencies`). Please note that this is slight glimpse of the whole solutions' complexity, and it's strongly recommended to consult with an appropriate professional while dealing with human-centered radio frequency applications. Integrating MATLAB code into a Python script could be achieved by invoking MATLAB engine, yet it's considered inefficient and would require MATLAB installed on the computer where the script is running which is not feasible on Android devices.