Pinned Repositories
chacconed.github.io
Personal Dynamic Portfolio
Complete-Transient-and-Steady-State-response-of-variable-multinodal-circuits
Designed to graphically visualize the response of any passive network defined by the user. A graphical user interface (GUI) was also developed for the user's ease. In simple terms, the code involved the use of Fourier and Laplace transformations to numerically solve various RLC circuits.
Intelligent-Traffic-Control-a-DLD-project
n intelligent traffic system sensitive to various parameters such as traffic density, flow, and emergencies was designed using Sequential and logical circuits
IOT-based-Fingerprint-system-Poject-
A fingerprint class attendance system using NodeMCU and Arduino Uno was implemented. A server was created which could be accessed by hypertext protocols (HTTP) requests to read and write data to the database once the device was connected to the user’s computer.
Quantum-Convolutional-Neural-Networks-with-Interaction-Layers-for-Classification-of-Classical-Data
Exploring the performance of a network for three-qubit gates in quantum convolutional neural networks
Speech-Emotion-Recognition-on-Ravdess
Speech emotion detection using the RAVDESS dataset
chacconed's Repositories
chacconed/Quantum-Convolutional-Neural-Networks-with-Interaction-Layers-for-Classification-of-Classical-Data
Exploring the performance of a network for three-qubit gates in quantum convolutional neural networks
chacconed/Speech-Emotion-Recognition-on-Ravdess
Speech emotion detection using the RAVDESS dataset
chacconed/Complete-Transient-and-Steady-State-response-of-variable-multinodal-circuits
Designed to graphically visualize the response of any passive network defined by the user. A graphical user interface (GUI) was also developed for the user's ease. In simple terms, the code involved the use of Fourier and Laplace transformations to numerically solve various RLC circuits.
chacconed/Intelligent-Traffic-Control-a-DLD-project
n intelligent traffic system sensitive to various parameters such as traffic density, flow, and emergencies was designed using Sequential and logical circuits
chacconed/IOT-based-Fingerprint-system-Poject-
A fingerprint class attendance system using NodeMCU and Arduino Uno was implemented. A server was created which could be accessed by hypertext protocols (HTTP) requests to read and write data to the database once the device was connected to the user’s computer.