Deliverables

D1.1 - IPR requirements D

D3.1 - Simulation model of typical indoor scenario

D3.2 - Holographic imaging and privacy driven acquisition methods

D3.3 - Visualisation of 3D structure using device developed in D3.1 and D3.2

D3.4 - Anticipated social implications for RF Holography in static environments following privacy by design approach (WP3)

D3.5 - Report on high-accuracy indoor localisation under privacy constraints

D3.6 - Signal processing tools: segmentation and management of hologram structures

D4.1 - Data structuring: hologram stop motion frames, database: selected body motions

D4.2 - Application of holography to dense steerable antennas, optim. of recognit. beams

D4.3 - Identified privacy threats and counter measures

D4.4 - Anticipated social implications for RF Holgraphy in dynamic environments following privacy by design approach (WP4)

D4.5 - Application to a Wifi compliant beam-steering technology

D6.1 - Functional requirements, privacy profiles for the scenarios

D6.2 - Localisation accuracy benchmark test for RF holography and prototype

D6.3 - Application scenarios, business plan, road map: use of the new technology

D6.4 - Motion detect. and discrimination accuracy benchmark test in test house and prototype

D6.5 - Multi-subject gesture recognition benchmark test and prototype

D6.6 - Achievement of overall objective, validated throught KPIs for O1-O5

D6.7 - Results of the market analysis

D6.8 - Results from the appropriation study