19th of January 2009

Working group 5

Sensors and measurement

Agenda

• 10h00 - Welcome and agenda approval• 10h15 - Review of the goals set in December 08• 10h45 - WG5 inputs for SRA update (1)• 12h30 - Lunch• 13h30 - WG5 inputs for SRA update (2)• 14h30 - Coordination of Answer for call 4 and 5• 15h30 - Conclusion ( Actions wrap up and next

meetings)

Actions

• SRA– Fix the 3 meeting dates (WG5 chair, before end of

December 08)– Send the current table with additionnal columns (WG5

chair, before end of December 08)– Fill the table (all, before January meeting)

• Call 4 and 5 networking– Send a table for project presentation (WG5 chair,

before end of December 08)– Fill the table with project, skills,…(all, before January

meeting)

SRA Update

• SRA update schedule

• WG5 organisation to provide inputs

SRA update: WG5 goals and methods

• Background– February 2008 WG5 report– Photonics 2009 work program

• Goals– Select priorities on the outcome of subgroups

and business related criteria– Defend priorities at the June EB meeting– Update the WG5 report

Photonics21 SRA: planning 2009

Task january february march april may june july august september october november december

Executive Board/Board of Stakeholders: Proposal on general structure and content of the SRA

Work Group meetings 1-7: Input to the SRA

First draft text per work group, agreed by individual work group members

First compiled draft SRA

Joined meeting: all work groups to discuss compiled document, e.g. eliminate duplication, overlap

Second draft SRAPrintPublication

2009 ICT call 5 closing date2009 ICT call 4 closing date

Presentation to the EB

SRA prep. WG5 meetingsExchange with other groups

Current WG5 table

 Affordable Single-Photon

Electronic ImagingFunctional (“Smart”) Pixels

Specific wavelength photo detectors for active or passive systems

Photonic Microsystems for Major Application Areas

Food

Contaminant detection by fluorescence, Small, robust handheld device with quick reading, Lab-on-a-chip

Contaminant detection by fluorescence, Small, robust handheld device with quick reading, Lab-on-a-chip

Control of food quality by IR optical absorption

Contaminant detection by fluorescence, Small, robust handheld device with quick reading, Lab-on-a-chip

Biological & medicalFluorescence detection, cancer

detection, endoscopy, in-vitro diagnostics

Fluorescence detection, cancer detection, endoscopy, in-vitro diagnostics

Cancer detection, in-vitro diagnostics. Medical diagnostic by florescence and breath analysis Optical. Coherence Tomography (OCT), treatment monitoring.

In-vitro diagnostics, Trace gas detection with multipass cell, photoacoustic detection

Environment& Chemistry

Pollutant detection, spectroscopic imaging

Pollutant detection, spectroscopic imaging

Control of air quality by IR remote sensing Chemical Lidar, multiple-gas sensors

Machine vision Robotics, domotics, quality control Robotics, domotics

Quality control, recyclingNear UV detectors for lithographic/plasma etch equipment.Far UV detectors and sources for lithographic equipment.UV imaging for on-line monitoring / surface inspection

 Replacement of tactile systems, quality control, surface and shape inspection

SecurityHazardous agent detection,

surveillance, biometry, counterfeit detection

Hazardous agent detection, biometry, counterfeit detection, intruder detection,

Virtual fences

Hazardous agent / object detection, explosive substance detection, stand-off detection, intruder detection, surveillance, counterfeit detection, protection of aircraft against missiles, IR detection of toxic gases

Hazardous agent detection, counterfeit detection

SafetySmoke & fire detectors, machine

safetySmoke & fire detectors, machine

safetyAll weather / night enhanced vision system,

obstacle detectionSmoke & fire detectors, machine safety

Automotive Driving assistance, airbag safety  Driving assistanceHead-up displays, Enhanced vision systems, Diagnostic for clean combustion

Driving assistance, airbag safety, sensor ICs for automotive control

Aeronautics Enhanced vision systems  Head-up displays, Enhanced vision systems,

Diagnostic for clean combustion Mid IR countermeasures

Space Earth and atmosphere observation   Earh and atmosphere observation Lidar and on-board sensors

MultimediaDSCs, DVCs, phone cameras,

gaming, teleconferencegaming, teleconference 3D eye-safe imagery  

Inputs to the current WG5 document

• Add/replace a column for societal needs (Ex: Food safety)

• Add a column on the technology availability• Energy saving• Criteria

– Critical mass– Innovation impact– Europe benchmarking (Technical and industrial)– Europe sovereignty

• Infrastructure (critical?) to support sensors development and manufacturing

Coordination of answers

• Methods (Closing date 3rd of November 2009 except organic)

– Centralise data base of:• Project initiatives• Skills presentation• Project sough

– Exchanges during WG5 meetings– Mix of both methods: Selected method

Need for a focal point to update the data base