D1.1 Use cases description (August 2017)- D1.2 System specification and functional requirements -v1 (May 2017)
- D1.3 Business analysis (May 2017)
- D2.1 Software specifications for PhasmaFOOD smart food analysis system (July 2017)
- D2.2 Sensing components subsystem design (August 2017)
- D2.3 First version of smart system design (November 2017)
- D3.1 Feasibility results and use case Benchmarking - v1 (September 2017)
- D3.2 Feasibility results and use case Benchmarking - v2 (June 2018)
- D3.3 Detection algorithms (June 2018)
- D3.4 Reference database building methods – v1 (June 2018)
- D4.1 First implementation of software for PhasmaFOOD smart food analysis system (May 2018)
- D5.1 Sensing front-end sub-system implementation (April 2018)
- D5.2 Hardware Processing Platform, Storage and Communication Units integration –v1 (April 2018)
- D5.3 Implementation of embedded software for PhasmaFOOD smart food analysis platform (April 2018)
- D6.1 First version of system integration (s/w –h/w) (June 2018)
- D7.1 Project website (January 2017)
- D7.2 Data management plan (April 2017)
- D7.3 Dissemination Plan (May 2017)
- D7.4 Mid project report on dissemination and exploitation (June 2018)
Interview with Dr Alexandra Lianou (AUA) during the first PhasmaFOOD prototype device testing
Interview with Dr Annamaria Gerargino (CNR) during the first PhasmaFOOD prototype device testing
Interview with Mr Benedikt Gross (FUB) during the first PhasmaFOOD prototype device testing
Interview with Mr Davide Di Giuseppe (UTOV) during the first PhasmaFOOD prototype device testing
Interview with Mr Konstantinos Tsoumanis (WINGS) during the first PhasmaFOOD prototype device testing
Interview with Dr Susanne Hintschich (IPMS) during the first PhasmaFOOD prototype device testing
Interview with Dr Yannick Weesepoel (DLO) during the first PhasmaFOOD prototype device testing
PhasmaFOOD: The smart, portable food sensing device
