AI-AGRIMAK: AI Based Agriculture Software Tool
AI-Agrimak (AI-based Agriculture Software Tool) provides monitoring and early warning systems by using AI models for agriculture areas. Data from sensors (humidity, temperature, Ph, etc) established at farmlands are collected via nodes and are used to predict changing conditions and pesticides by AI models and early warning initiates. Historical farmlands data are used to analyse trends of some changing conditions such as wind, temperatures, pesticides, etc.
AI-ESTIMATOR: AI Based Size Measurement and Effort Prediction Tool
AI-Estimator (AI-based Size Measurement and Effort Prediction Tool) provides software size measurement and effort estimation by using LLM models of traditional software architectures and microservice-based architectures. Software organizations can use the pre-trained model to predict software size and effort of a project using its requirements or a tailored model can be established using historical project requirements. The project is supported by the TUBITAK-TEYDEB 1501 program.
MICROARC: An Analysis and Design Method for Microservices Architectures
Microarc (An Event Oriented Analysis and Design Tool for Microservise Based Architectures) provides a method and modeling notations to analyse and design Microservice architecture based software systems. Software organizations use Microarc to model processes, to identify microservices, and make early size estimation of software systems to be developed. The project is supported by the TUBITAK-TEYDEB 1501 program.