Our innovation comes from international projects, where we continue creating new knowledge and competitive advantages in Big Data and AI in healthcare, becoming leaders in applying Process Mining in Healthcare.
VALUE solution is based on PM4H for applying IPM analysis in clinical and health care settings. Such a solution can be directly used as a stand-alone toolkit or integrated within organizations premises and their systems through standards as a full software suite.
LifeChamps development is focused on a PM analytical Dashboard based on PM4H to model patient ill-health trajectory, patients stratification, and to measure quality care service, in post-cancer treatment interventions
PATHWAYS was a project focused on teaching managers and clinicians in the use of PM4H. The course was split into three phases: 1) half-day workshop in which the benefits and techniques were introduced, 2) hands-on remote sessions, where the professionals got familiar with the techniques and 3) a final phase where the professionals used their own data in a final work to find first insights and evidence.
InAdvance development is focused on an appraisal PM Dashboard based on PM4H, for the modelling and analysis of the processes in palliative care interventions
CrowdHEALTH is focused on the development of dynamic modelling of obesity chronic disease based on the individual’s progress over time and evolution of BMI and associated conditions using a dashboard based on PM4H.
MOSAIC was an EU Project aimed to provide solutions for supporting the early diagnosis and analysis of Diabetes. Our lab developed a Process Mining solution for analyzing the Diabetes patients trajectories
‘FASyS’ (Completely Secure and Healthy Factory) was CENIT-E a national project intended to provide the best technology for increasing the safety in factories. Our lab was in charge of creating a Process guidance Dashboard for controlling the safety protocols and Process Mining techniques for analyzing how workers behave.
VAALID project aims at creating new tools and methods that facilitate and streamline the process of creation, design, construction and deployment of technological solutions in the context of AAL assuring that they are accessible and usable for senior citizens. In this project, our lab created a IoT process simulation tool for allowing the analysis of the interaction among the different elements in a Ambient Assisted Living environment.
eMotiva is a spanish funded project that was conceived for providing techniques that support the diagnosis and treatment of dementia patients. In this project, our lab created a Process Mining system that measure the behaviour change of the patient by using Process Discovery and conformance techniques.
Carepaths was a EU project that aimed the formalization and deploymen on Clinical pathways in real healthcare scenarios. Our lab was in charge of the Intelligent systems that measure the models deviations by measuring the conformance of the models
MyHeart is a VI FP EU Project intended to support the early diagnosis and treatment of Cardiovascular Diseases. In this project, our lab developed a solution for mapping and executing formal Care workflows for guiding healthcare professionals, care givers and patients.
In PIPS was focused in the creation of a platform for supporting the process of care. In this project, our lab defined formally Life Assistance Protocols (LAPs). That is a way for formally creating process maps that defined the cares provided to elderly