Pinned Repositories
chariot-apis
All CHARIOT APIs aim at describing IoT entities, registering them and establishing the database communication
chariot-device-agents
chariot-ml-engine
Machine learning component & API for data/knowledge management in CHARIOT project
chariot-mm-app
The first area of the application (MM-App) (1. Picture) for device monitoring shows the selected device or device group. Each device interface is individually tailored to the device with all interacting sensors and actuators. Furthermore, it has a live data feed of a sensor of the device via a Kafka pipe interface.
chariot-registrar-agent
go-ki-demo
kura-gateway
Customized Kura repository for the Erasmus+ CC&IoT project training module IoT-8
opaca-core
OPACA: An Open, Language- and Platform-Independent API for Containerized Agents
xai_method_finder
xai_tutorial
GT-ARC's Repositories
GT-ARC/opaca-core
OPACA: An Open, Language- and Platform-Independent API for Containerized Agents
GT-ARC/chariot-ml-engine
Machine learning component & API for data/knowledge management in CHARIOT project
GT-ARC/go-ki-demo
GT-ARC/xai_method_finder
GT-ARC/xai_tutorial
GT-ARC/chariot-apis
All CHARIOT APIs aim at describing IoT entities, registering them and establishing the database communication
GT-ARC/chariot-conveyor-belt-agent
Conveyor belt is the part of the CHARIOT smart factory testbed. The purpose of this agent is to communicate with this conveyor belt device. Apart from the real testbed environment CHARIOT provides also a simulated smart factory environment, in which a simulated conveyor belt is placed. This agent can also communicate with it in case the communciation is set up accurately.
GT-ARC/chariot-device-agents
GT-ARC/chariot-gateway-node
The Chariot Gateway Node (GN) is a middleman for jiac communication.
GT-ARC/chariot-kms
Knowledge Managemet Service of Chariot
GT-ARC/chariot-mm-app
The first area of the application (MM-App) (1. Picture) for device monitoring shows the selected device or device group. Each device interface is individually tailored to the device with all interacting sensors and actuators. Furthermore, it has a live data feed of a sensor of the device via a Kafka pipe interface.
GT-ARC/chariot-monitoring-agent
The registration of an IoT entity in CHARIOT middleware is finalized with an agent search process initiated by the monitoring agent (MA).
GT-ARC/chariot-proxy-agent
Proxy Agent is conceptualized for fulfilling the requirement of the interaction between business (front-end) applications and IoT device agents.
GT-ARC/chariot-registrar-agent
GT-ARC/Erasmus-CC-IoT-Project
Code repository for Erasmus CC+IoT project
GT-ARC/fog-framework
GT-ARC/GaenAPI
The GeanAPI (Genetic Algorithm Environment API s) provides generic functionality to utilize genetic algorithms in your project. It uses modern approaches to the genetic algorithm as a hall of fame or selection probability manipulation and provides automated hyper parameter testing capabilities.
GT-ARC/IoT-VET
Erasmus+ project IoT@VET training modules for smart factory scenarios
GT-ARC/kura-gateway
Customized Kura repository for the Erasmus+ CC&IoT project training module IoT-8
GT-ARC/mlep_experiments
GT-ARC/chariot-notification-app
GT-ARC/gradoptbenchmark
Benchmark for global optimization algorithms on various problems
GT-ARC/mlep_generator
Metalearning evaluation policies dataset generation