Name: LaDeCIC - Software Dependability @CIC
Type: Organization
Bio: Lab for research on methods, techniques and tools on dependability software systems at CIC
Location: Department of Computer Science - University of Brasilia
Blog: http://les.unb.br/ladecic
LaDeCIC - Software Dependability @CIC's Projects
Body Sensor Network (BSN): a prototype for exercising dependable adaptation in healthcare domain.
Body Sensor Network (BSN): a prototype for exercising dependable adaptation in healthcare domain.
Body Sensor Network (BSN): a prototype for exercising dependable adaptation in healthcare domain.
In a nutshell, GODA (Goal-Oriented Dependability Analysis) is a framework for verification of goal models through probabilistic model checking, where contextual goal models are translated into PRISM and PARAM languages.
Evaluation of Goalp - Datasets and R scripts.
Heterogeneous Multi-Robots Mission Control is an architecture for the development of applications, capable of coordinating multi-robot missions subject to uncertainty in properties of the available robots in the Software Engineering Lab (LES) at University of Brasilia.
Simulator for research in Heterogeneous Multi-Robots Environment. The intention is to provide extensible, lightweight, portable, low fidelity, visualizable simulations for testing task allocation approaches in a heterogeneous, multi-robot environment. The priority is to provide the researcher with the capability to easily implement new maps by importing 2D draws from draw.io.
Relevant files used for the project 'Characterization of Implied Scenarios as Families of Common Behavior'.
Replication package of the paper titled "An Architecture for Mission Coordination of Heterogeneous Robots"
Collection of artifacts for the MutRoSe framework
A mission decomposer for the MutRoSe framework. This is built upon the PANDA HDDL parser (https://github.com/panda-planner-dev/pandaPIparser)
Template for thesis
The UnB Dependability Analysis Library
UML diagrams as XMI files transformed to DTMC in PRISM language via UnB-DALi.