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- 19:06, 22 September 2022 diff hist +289 WP6-17
- 18:56, 22 September 2022 diff hist +2,913 WP6-17
- 17:18, 22 September 2022 diff hist +1,281 WP6-17
- 12:47, 4 April 2022 diff hist +79 Component repository
- 12:46, 4 April 2022 diff hist +1 WP6-17
- 12:46, 4 April 2022 diff hist +598 N WP6-34 Created page with "= HEPSYCODE SystemC SIMulator Version 2.0 (HEPSIM2)= {|class="wikitable" | ID|| WP6-HEPSIM2 |- | Contributor || UNIVAQ |- | Levels || Tool, Platform |- | Require || Linux, TODO |- | Provide || TODO |- | Input || SystemC models, Platform model, TODO |- | Output || TODO. |- | C4D tooling || n.a. |- | TRL || 4 |} TODO. == Detailed Description == TODO ==Contribution and Improvements== Some key aspects of the HEPSIM2 for analysis improvement are: * TO..."
- 12:44, 4 April 2022 diff hist −7 Component repository
- 10:40, 4 April 2022 diff hist +102 Component repository
- 10:39, 4 April 2022 diff hist +633 N WP6-17 Created page with "= HW/SW CO-DEsign of HEterogeneous Parallel dedicated Systems (HEPSYCODE)= {|class="wikitable" | ID|| WP6-HEPSYCODE |- | Contributor || UNIVAQ |- | Levels || Tool, Platform |- | Require || Linux, TODO |- | Provide || TODO |- | Input || SystemC models, Platform model, TODO |- | Output || TODO. |- | C4D tooling || n.a. |- | TRL || 4 |} TODO. == Detailed Description == TODO ==Contribution and Improvements== Some key aspects of the HEPSYCODE flow for..."
- 10:08, 3 April 2022 diff hist −2 WP4-33
- 10:07, 3 April 2022 diff hist −1 WP4-33
- 10:07, 3 April 2022 diff hist −1 WP4-33
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- 10:05, 3 April 2022 diff hist 0 WP4-33
- 10:04, 3 April 2022 diff hist +136 WP4-33
- 10:00, 3 April 2022 diff hist 0 N File:08.jpg current
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- 09:59, 3 April 2022 diff hist +48 WP4-33
- 09:55, 3 April 2022 diff hist +10 WP4-33
- 09:54, 3 April 2022 diff hist −7 WP4-33
- 09:54, 3 April 2022 diff hist 0 N File:01.jpg current
- 09:53, 3 April 2022 diff hist +23 WP4-33
- 09:51, 3 April 2022 diff hist +3 WP4-33
- 09:50, 3 April 2022 diff hist +11,412 N WP4-33 Created page with "=Autonomy, cooperation, and awareness= {|class="wikitable" | ID|| WP4-33 |- | Contributor || UNIVAQ |- | Levels || Methodological |- | Require || Sensors, actuators and computing devices. |- | Provide || An efficient methodology for the design of robust digital control algorithms for the autonomous and cooperative navigation of UAVs. |- | Input || Measurements from sensors signal. |- | Output || Control actions. |- | C4D building block || Flight Contro..."
- 14:36, 25 March 2022 diff hist +95 WP3-24
- 11:56, 25 March 2022 diff hist 0 WP3-24 Univaq changed the content model of the page WP3-24 from "JavaScript" to "wikitext" Tags: content model change content model change Manual revert Manual revert Reverted Reverted
- 11:56, 25 March 2022 diff hist 0 WP3-24 Univaq changed the content model of the page WP3-24 from "CSS" to "JavaScript" Tags: content model change content model change Manual revert Manual revert Reverted Reverted
- 11:55, 25 March 2022 diff hist 0 WP3-24 Univaq changed the content model of the page WP3-24 from "plain text" to "CSS" Tags: content model change content model change Manual revert Manual revert Reverted Reverted
- 11:55, 25 March 2022 diff hist 0 WP3-24 Univaq changed the content model of the page WP3-24 from "wikitext" to "plain text" Tags: content model change Manual revert Reverted
- 11:46, 25 March 2022 diff hist +12 WP3-24
- 11:45, 25 March 2022 diff hist +5,182 N WP3-24 Created page with "WP3-24 – Efficient digital implementation of controllers on FPGAs ID WP3-24 Contributor UNIVAQ Levels Methodological Require FPGAs for the implementation of the proposed control algorithms Provide An efficient methodology for the implementation of digital control algorithms on FPGAs based on the pipeline approach. Input Control algorithms for the autonomous navigation of drones to be implemented on FPGAs Output Lower execution times, and hence smaller sampling times, t..."
