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Operational mode of the Openness of Processes, and Foreseen Contribution to Open Scientific Research

Miguel Tomas Silva edited this page Aug 17, 2024 · 2 revisions

Navigation | AeonLabs Main Index >> Open Scientific Research >> Real-time validation of Experimental Data Origins: A Swarm of DAQ devices able to Deliver Unique Experimental Data using Blockchain-like Fingerprint ID to a Data Repository >> Wiki >> Operational mode of the Openness of the Processes, and Foreseen Contribution to Open Scientific Research

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Last update: 17-07-2024
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This project has the main objective of making available open hardware electronics and open-source code capable of enabling the delivery of validated sensor data measurements using the proposed method and algorithm labeled UDFID. It also makes available a ready-to-use hardware electronics module with built-in UDFID technology to other projects and businesses looking and wanting to advance their scientific work and businesses with robust and trustworthy data that can be traced back to its origins where and when measurements were made and collected into a data record stored into a dataset. In short, this project enables ...
  • a scientific researcher, or a team, to publish in higher-ranked scientific journals;
  • scientific researchers from outside academia and sci. research enterprise or business to publish in high-ranked scientific journals;
  • businesses and institutions to use collected data in cases of legal dispute and court of law;

This project also highlights the importance and requirement for open hardware electronics to have minimum hardware specifications to allow advertising and identification by unknown third-party individuals and authorities, in real time and during the operation of a device. This requirement is based on improving the safety and security of hardware electronics in society and in everyday usage, in particular smart and intelligent devices capable of interacting with the environment and/or capable of interacting with machinery. An example easier to understand this need, and safety requirement, is autonomous vehicles.

As a member of a standard organization, the author will make available this project's work and findings towards the inclusion in the standard for electronics design and deployment of minimum hardware requirements, in particular the proposed UDFID, so future devices sold online include this technology as a safety requirement on everyday usage regardless of industry or business activity.

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