self-organizing-network
There are 15 repositories under self-organizing-network topic.
Saran-nns/sorn
PyPi Package of Self-Organizing Recurrent Neural Networks (SORN) and Neuro-robotics using OpenAI Gym
sturex/sonn
A private Java lab for Artificial General Intelligence
hussein-shamy/Bachelor-Thesis
A collaborative repository for our Bachelor's thesis, focused on optimizing the Cell Outage Compensation (COC) algorithm in Self-Organizing Networks (SONs). Leveraging AI-Hardware Acceleration, the project aims to bolster 5G network reliability, particularly for emerging technologies like autonomous driving.
Quernest/reduction
đ dimensionality reduction algorithms
Saran-nns/rmsorn
PyPi package of Reward-Modulated Self Organizing Recurrent Neural Network
vojha-code/Self-Organizing-Map
A very basic C++ code for developing a self-organizing map (SOM) for data clustering (No GUI Visualization)
ahmasri/NS-3-main-Code
NS3 - SON COC Code
Ge0rges/KNet
An effort to build an unsupervised plastic model that replicates the way we learn and categorise.
MohamadNesr/KohonenNetwork
A simulation of kohonen self organizing map with neural weights and robotic arm
Baksonator/distributed-chaos
Self-organizing distributed system, that supports failure of up to 2 nodes at the same time.
camara94/som
Les cartes topologiques ou auto-organisatrices font partie de la famille des modĂšles dits à «apprentissage non supervisé», câest-Ă -dire qui sâappliquent sur des donnĂ©es dont on connaĂźt le domaine sur lequel porte le recueil statistique, mais pour lesquelles les connaissances a priori ne sont pas totalement organisĂ©es., les donnĂ©es en groupements «similaires» dont la structure de voisinage peut ĂȘtre matĂ©rialisĂ©e et visualisable par un espace discret de faible dimension (1, 2 ou 3D) appelĂ© «carte topologique».ordre topologique est un apport supplĂ©mentaire permis par les rĂ©seaux de neurones Ă apprentissage non supervisĂ© : les distances entre observations sont directement visibles sur a carte.
deanone/SON
Native Java implementation of a self-organizing network (SON) for clustering.
Saran-nns/self_organized_criticality
Criticality analysis on complex networks using Power-law scaling functions, exponential relations, and phase transitions