#python #coco #computervision #demo #detection #efficientdetd0 #efficientnet #focalloss #multibox #nms #objectdetection #pascalvoc #pytorch

https://github.com/toandaominh1997/EfficientDet.Pytorch

#javascript #demo #examples #federated #federation #federation_dashboard #module #module_federation #nextjs #stream_federated

https://github.com/module-federation/module-federation-examples

#python #accurate #canny_edge_detection #ciede2000 #color_detection #cuber #delta_e #demo #multilingual #opencv #qbr #rubiks_cube #rubiks_cube_detection #rubiks_cube_solver #webcam

https://github.com/kkoomen/qbr

#other #demoscene #guide #demo_scene

https://github.com/psenough/teach_yourself_demoscene_in_14_days

#javascript #reactjs #nextjs #blogging #publishing #mdx #tailwind_css #demo_blog

https://github.com/timlrx/tailwind-nextjs-starter-blog

#erlang #demo_app #jaeger #opentelemetry #opentelemetry_collector #opentelemetry_dotnet #opentelemetry_erlang #opentelemetry_go #opentelemetry_java_agent #opentelemetry_javascript #opentelemetry_python #opentelemetry_rust #prometheus

https://github.com/open-telemetry/opentelemetry-demo

#csharp #demo #docker #docker_compose #example #kubernetes #sample #swarm

This voting app is a simple example of a distributed application that runs on multiple Docker containers. To use it, you need to download Docker Desktop and ensure you have the latest version of Docker Compose. The app uses Python, Node.js, and .NET, with Redis for messaging and Postgres for storage. You can run the app using `docker compose up` and access it at http8080 for voting and http8081 for results. The benefit to the user is that this app demonstrates how different technologies can work together in a distributed system, making it easier to understand and set up similar applications.

https://github.com/dockersamples/example-voting-app