Public deliverables
Last Updated on
| Deliverable | Title | Description |
|---|---|---|
| D6.9 | Press Release | A press release in English and German were released when the project launches to raise the public awareness for INNODERM. In addition, Matter PR has identified INNODERM as a very interesting Photonics PPP project and launched a story about it to promote it to the end user trade media in May 2016. |
| D1.2 | Project web site | This document provides information about the INNODERM website which will be used to present the INNODERM project to the scientific and public community. The website will play a vital role in all aspects of the project for management, dissemination and communication actions. It contains a external/public and also a password protected internal area. The website will be continously updated for the whole period of the project and it will be the fasted tool to inform on the one hand interested people about the developments and results of INNODERM and on the other hand also to provide all relevant document to the members of the consortium. |
| D6.10 | First Communication Kit | This document provides information about the INNODERM Communication Kit. Adequate and effective communication not only between the consortium partners but also between the consortium and the scientific and public communities is a hallmark of success. It also reflects on the transparent nature of publicly funded research enabling visibility of the project itself, the consortium partners and the use of the research funds. Since communication activities are diverse in nature, INNODERM encompasses a variety of comminication activities tailored to specific audiences. |
| D2.5 | Final single element transducers for RSOM with low noise amplification | This document presents information on final single element transducers for RSOM with low noise amplification and manufacturing and performance specification for mesoscopy implementation. |
| D3.2 | Report on first single element transducer implementation | Report on first single element transducer implementation (TUM) for the scanner based on single element transducer technology at 450nm-650nm and 700nm-950nm detailing technical details and performance of the system. |
| D4.3 | Functioning RSOM2 prototype | Functioning RSOM2 prototype operating in mesoscopy and microscopy mode |
| D4.4 | Report on performance of RSOM2 | Report on performance of RSOM2 |
| D6.11 | Update, communication kit | Mid-term update on communication kit. |
| D2.7 | Report on LiNBO3 vs PZT element transducers | Report on LiNBO3 vs PZT element transducers (TUM) and measured progress achieved on performance, cost and manufacturing/reliability characteristics. |
| D3.3 | Report or publication on algorithmic acceleration | Report on publication on algorithmic acceleration detailing the inversion speed gains of GPU implementation. |
| D3.4 | Report or publication on read-electronics speeds and efficiency | Report on publication on read-electronics speeds and efficiency detailing the inversion speed gains of GPU implementation. |