orthizar / cellular-automata-fluid-simulation Goto Github PK

Recognizing the importance of environmental sustainability, I have chosen to support reputable organizations and projects dedicated to planting trees.

This collection primarily consists of experiments and ongoing projects. To help you navigate efficiently, I have compiled a list of notable projects worth your attention.

• orthizar/rosalind
  
  Common solutions for bioinformatics problems on Rosalind
  
  Rosalind is a platform for learning bioinformatics and programming through problem solving.

  This repository contains my solutions for a diverse range of bioinformatics problems on Rosalind, along with explanations in individual README files.
  
  

• orthizar/health
  
  Health of Silvan Kohler
  
  Visit health.silvankohler.com to monitor my essential health indicators, including glucose levels, heart rate, SpO2 (oxygen saturation), and respiration rate. This project is dedicated to promoting proactive health management and offers a public-facing API that empowers developers to create their own applications using real-time sample data for a wide range of health metrics.
  
  

• orthizar/evolution
  
  Neuronal network evolution simulation using DNA
  
  This is a simulation of evolution that focuses on DNA, neural networks, and the process of evolution. The entities in the simulation represent individuals in a population. Each entity has a DNA string that encodes the properties of its neural network.

  Through a process of evolution, the entities' DNA undergoes mutation and selection. Random changes occur in the DNA string, resulting in variations in the properties of the neural networks. The entities that possess neural networks better adapted to the environment, such as being efficient at finding and consuming food, are more likely to survive and reproduce. This leads to the propagation of beneficial traits in the population over successive generations.

  The simulation provides a way to observe and study the effects of genetic variation, neural network architecture, and selective pressures on the behavior and adaptation of the entities. It serves as a simplified model of how DNA, neural networks, and evolution can interact to shape the characteristics and behavior of living organisms.
  
  

Please keep in mind that while these projects are still in various stages of development and may not be fully realized or operational yet, they symbolize the spirit of exploration and innovation.

By sharing these projects with you, I extend an invitation to join me on this transformative journey. Together, we can celebrate the pursuit of new ideas, the thrill of discovery, and the transformative power of innovation. Let us embark on this exciting adventure of exploration and push the boundaries of what is possible.