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Environment and Sensor Networks Workshop: ARES Project Summary

Explore complete hardware architecture, antenna design, simulation and estimation tools, performance analysis, energy consumption, and more in the ARES Project workshop. Dive into hardware, software profiling tools, protocols, and explore antimicrobial resistance dynamics.

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Environment and Sensor Networks Workshop: ARES Project Summary

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  1. Environment and Sensor Networks US – France Workshop Guillaume Chelius <guillaume.chelius@inria.fr>ARES Project, INRIA October, 22 - 24, 2007

  2. Summary • Complete hardware architecture • Focus on antenna design • Precise low-level simulation and estimation tools for high-level feedback • Performance analysis • Energy consumption • Debug and functional validation • Communication protocols design and evaluation • Realistic radio link models • Protocol dimensioning • Application and experimentation driven researches

  3. Hardware architecture • WSN430 • TI MSP430 + Chipcon CC1100 • Specific on-board antenna design

  4. Accurate Software/System Profiling tools • Complete Sensor Network simulation (WSim): • Complete hardware platform emulation (MCU, R/F, external periph., etc.)‏ • Target binary code • Instruction and radio byte precision • Digital Frequency Scaling (DFS)‏ • Source code annotation/feedback/profiling

  5. Accurate Protocols Profiling tools • High-level event-driven simulation • Simulator benchmarking • Models of simulation cost • Protocol dimensioning • Analytical evaluation of protocols • Protocol simulation • Protocol implementation evaluation

  6. Mastering hOSpital Antimicrobial Resistance • Better understand the dynamic of AMRB transmission • the real-time analysis of the relative contribution of exposure to antibiotics; • the intrinsic characteristics of epidemic clones that contribute to inter-individual transmission; • the identification of factors contributing to the transmission of strains between individuals in the hospital population and community; • Document interactions between • medical and nursing staff • patients to patients • patient to medical staff • Document contact frequencies • monitor the dynamic (inter & intra contact)‏ • characterize the interaction network

  7. MOSAR’s experiment • Experiment : • 400 sensor nodes • 6 months duration • Hospital context • In France, UK, Spain

  8. Collaboration perspectives • Simulation aspects • Application & OS development • New experimentations & applications

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