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  • ADAMSS promotes the use of mathematical modelling, simulation, optimisation, statistical methods and scientific computing in industry, finance, environment, biomedicine, services,etc, by offering professional expertise to public and private stakeholders.
  • ADAMSS also promotes and encourages training programs, summer schools and workshops, in cooperation with public and private partners.
  • ADAMSS promotes the exchange of information within its international networks.

Contents

  1. 1 Services
  2. 2 Units
  3. 3 Networks and recent industrial partners
  4. 4 Ongoing Projects 

Services

  • Basic research
  • Applied research
  • Technical and scientific advice
  • Prototype software development

Units

Scientific Computing, Numerical and Stochastic Modelling, Mathematical Statistics Coordinator: Giovanni Naldi, Department of Mathematics

OptLab: Optimization Laboratory Coordinator: Giovanni Righini, Department of Computer Sciences

AIS Lab: Laboratory of Applied Intelligent Systems  Coordinator: Alberto Borghese, Department of Computer Sciences

Laboratory of Medical Statistics, Biometrics, Epidemiology "G.A.Maccacaro" Coordinator: Adriano Decarli, Dipartimento di Scienze Cliniche e di Comunità

Mathematical Modelling in Economics, Finance, Environment and Energy  Coordinator: Davide La Torre, Department of Economics, Management and Quantitative Methods


Networks and recent industrial partners



SISAL S.p.A.






Ongoing Projects 

  • 2015 - ongoing Statistical shape analysis applied to the authomatic detection of defects on human retina, from images of oculus fundi, for the pre-diagnosis and screening of diabethic retinopathy
  • 2015 - ongoing COST Action TD1409 MI-NET Mathematics for Industry Network. http://www.cost.eu/COST_Actions/tdp/TD1409
  • 2012-ongoing Statistical analysis of the spread of influenza epidemics
  • 2012-ongoing Utilization of Regional Health Source Databases for Evaluating Epidemiology, short- and medium-term outcome and process indicators in patients hospitalized for heart failure 
  • 2007 -ongoing Mathematical models of cellular polarization and vasculogenesis
  • 2006-ongoing Stochastic Geometry and Geometrical Statistics applied to the modelling and comparison of fibre patterns due to angiogenesis and vasculogenesis
Past Projects
  • 2014 Analysis, evaluation and implementation of mathematical models for risk assessment in automobile insurances.
  • 2013-15 Mathematical morphology applied to the study of dual phase steel
  • 2012-2014 Cerebellum inspired approach for pattern classification in robots
  • 2013 Game Prototyping
  • 2012 Definition of new acquisition geometries and software for data processing and 3D tomography from projections. Funded by CEFLA sc. 2012. 
  • 2012 Randomness analysis of a Quantum optic RNG
  • 2012 Unpredictable system of game winning
  • 2012 Risk analysis of the game "Eurojackpot" 
  • 2011-2014 Rewire. Project funded by the EC under the FP7 framework, contract N. 287713, Objective ICT-2011.5.1: Personal Health Systems (PHS).  http://www.rewire-project.eu. Role: Project coordinator, and Principal investigator for UMIL.
  • 2011-2015 Cost Action TD-1006 on Rehabilitation Robotics. http://www.rehabilitationrobotics.eu/ 
  • 2011 Risk analysis of lottery games 
  • 2010-2012 Optimization methods and Software for Inverse Problems. Programmi di ricerca scientifica di rilevante interesse nazionale (PRIN2008).
  • 2010-2012 Image analysis and predictive models in radiotherapy
  • 2010-2011  FitRehab. Project funded by the EC under the InterRegIVC program (Innovation4Welfare), contract N. 0120R1/ID N.17
  • 2010 Defects identification in tyre production through laser scanning. Pilot study financed by ALTA-Lab s.c.
  • 2009-2011 Exploitation, integration and study of current and future health databases in Lombardia for Acute Myocardial Infarction.
  • 2009-2011 PROMETEO (PROgetto Milano Ecg Teletrasmessi ExtraOspedaliero), commissioned by 118 (National free toll number for emergencies) of Milan.
  • 2009 RESEARCH PROJECT (RESEARCH-Law 297/99) MIUR advanced statistical methods for analysis of tolerance in the design of integrated circuits 
  • 2009 Risk analysis of the game "Win for Life" 
  • 2009 Fast 3D edge-preserving denoising in endo-oral radiography. Financed by CEFLA Group s.c.
  • 2008-2009 3D Local Tomography. Development of an adaptive system for 3D local tomography. Financed by ALTA-Lab. Several patents have been filed on this, some of which exploited.
  • 2008-2009 Accelerated local tomography. Acceleration of algebric tomographic reconstruction, through graphics cards. Financed by CEFLA Group s.c.
  • 2008-2010 DECEMBRIA - DECisioni in EMergenza sanitaria, commissioned by 118 (National free toll number for emergencies) of Milan.
  • 2006-2008 Inverse problems in Medicine and Astronomy. “Programmi di ricerca scientifica di rilevante interesse nazionale” (PRIN2006)
  • 2007 Applications of artificial neuroscience in intelligent systems and signal analysis 
  • 2007 Validation Protocol for simulating stochastic events related to electronic games and similar. 
  • 2004 Mathematical models for the migration of hydrocarbons
  • 2004 Motion of fluids in porous media
  • 2004 Mathematical models of corrosion of materials 
  • 2004 Security Systems (Encryption)
  • 2004 Quality Control (Morphometrics)
  • 2004 Design of Experiments 
  • 2004 TITLE: SIZE AND SHAPE IN MEDICINE AND BIOLOGY partners: - University of Heidelberg, Germany - University of Madrid, Spain - University of Nottingham, UK - University of Linz, Austria - University of Aarhus, Denmark. 
    • Direct problems studied: 
      • the spatial-temporal pattern formation, with particular attention to the structures formed in biology: 
      • pattern formation during tumor growth and angiogenesis
      • study of the morphology control of reactions
      • Chemical catarrerizzazione of relevant traits for individual HRC (cultures of tubers) and clusters of HRC.
    • Inverse problems:
      • statistical shape analysis to measure the random objects' variability. 
    • http://www.win.tue.nl/macsi-net/WG/WG12.html 
  • 2003 polymerization 
  • 2003 Title: Mathematical models for the polymer industry
    • Description: polymerization, crystallization, extrusion, etc ... 
    • The objectives of the GIS were: 
      • To stimulate research on mathematical problems related to the synthesis, processing, crystallization of polymers
      • Encourage joint research projects between scientists and researchers in the fields of mathematics, physics, chemistry, engineering
      • Promote the use of mathematical models, numerical methods and scientific computing in the polymer industry.
    • http://www.mat.unimi.it/users/polymer 
  • 2003 MATHEMATICAL MODELLING AND COMPUTER SIMULATION TO IMPROVE CANCER THERAPY
    • OBJECTIVE: 
      • Collect, evaluate, and improve (when possible), 
      • connect differnt approaches to achieve deeper knowledge of the dynamics of tumor growth
      • development of quantitative mathematical models that can be used by clinicians to combat cancer.
    • BRIEF DESCRIPTION: The Evolution tumor is a very complex process that takes place at different scales. From a modeling point of view there are three scales of interest in the sub-cellular, cellular and macroscopic one. Mathematical models require a variety of theoretical tools from many disciplines (continuous mechanics, kinetic theory, stochastic processes, system theory, compartmental models, multiphase flow,..).