Modeling and Co-simulation Methods and Tools for the Architectural Exploration and Optimization of Smart Devices (McMEOS) - Joint Project 2005

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  4. Modeling and Co-simulation Methods and Tools for the Architectural Exploration and Optimization of Smart Devices (McMEOS) - Joint Project 2005
Starting date
January 1, 2007
Duration (months)
12
Departments
Computer Science, Department of Engineering for Innovation Medicine
Managers or local contacts
Fummi Franco
Keyword
Co-simulation, Networked embedded systems, Web-services, Smart camera, Low-power systems

The project is divided in the following work packages, each containing a set of tasks:
  • WP1: Analysis of Neuricam’s co-simulation requirements and adaptation of the HSN platform
  • T1.1 Analysis of Neuricam HDL descriptions and list of requirements
  • T1.2 Design and Implementation of HSN new features according to specifications of T1.1
  • WP2: Modeling, simulation , optimization and performance evaluation of partitioned device
  • T2.1 Design and implementation of SystemC/VHDL modules of the Neuricam’s device
  • T2.2 Device partitioning and simulation inside HSN
  • T2.3 Power consumption optimization through software techniques
  • T2.4 Simulation analysis and identification of best partitioning
  • WP4: Design and Implementation of a web-based embedded terminal
  • T4.1 Specification of Hardware/software requirements
  • T4.2 Hardware/OS design and implementation
  • T4.3 Software design and implementation
  • T4.4 Integration and tes

Sponsors:

Ateneo
Funds: assigned and managed by the department
Syllabus: PROGATENEO - Progetti d'Ateneo
NEURICAM SPA
Funds: assigned and managed by the department
Syllabus: PROGATENEO - Progetti d'Ateneo

Project participants

Paolo Azzoni
Franco Fummi
Full Professor
Giovanni Perbellini
Davide Quaglia
Associate Professor

Activities

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Research groups

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