![]() ![]() This is done by means of a specific protocol that establishes the objective criteria for the acceptance or rejection of a block in the chain. ![]() ![]() Actually, there are several works that show its application in medicine for the management of electronic health records (eHR) and how it is possible to make significant contributions in this domain bearing the existing constraints.Įach time an agent involved in the system intends to introduce a new block in this so-called main ledger, it is necessary for all the nodes of the network to reach an agreement on the validity of this new block. Nevertheless, it must be kept in mind that its inherent drawbacks, such as the difficulty of data deletion or the lack of privacy, should also be properly dealt with. Using these features, it would be possible to implement services that may play a relevant role in this area, such as, the secure storage of sport results without the need of a reliable third party involving (or not) decisions and consequences supporting gamification techniques, defined as “the use of game design elements in non-game contexts”, among peers triggering alerts in a fully automatic and decentralized manner on data from sports or from biomedical sensors and others interesting services that may still be waiting to be discovered by the researchers of the domain. Additionally, the advantages of the blockchain model have not been fully exploited to engage users using approaches such as gamification.įrom the point of view of the authors, this area can take advantage of this technology as it provides with features such as decentralization, transparency, open source, autonomy, immutability and anonymity. Most of the solutions analyzed use blockchain for managing, sharing, and controlling access to data and do not exploit the possibilities of Smart Contracts or oracles. A detailed analysis shows that the solutions found do not leverage all the possibilities of blockchain technology. 17 papers were selected for full-text analysis, and they displayed diverse applications of blockchain, such as Fitness and healthcare, Sport, and Active ageing. The authors explored 5 repositories in search of papers describing solutions applied to the above-mentioned frame. The objective is to determine to which extent this technology has fulfilled the potential of blockchain to bring these new added-value services. This systematic review explores the use of blockchain in this context. In the field of physical activity, physical exercise, sport, and active ageing, this technology could also originate some interesting services introducing support for reliable repository of results, for gamification, or for secure data interchange. Recently, it has been booming in a wide variety of domains: finance, food, energy, and health. I am not sure if this is already possible with bibtool.Blockchain technology provides a distributed support for information storage and traceability. 2.68 (C) 1996-2019 Gerd Neugebauerįollowing command reports records which share the same $key ❯ bibtool - 'unique.field ' -o '' unique_field_test.bib $ brew upgrade bib-tool gives you the new version) ❯ bibtool -VīibTool Vers. If different records have the same value for one ofĮnsure you have v2.68 or newer (Homebrew for macOS already provides this version when this answer was written, ie. Resource it is possible to specify additional unique constraintsįor fields. New resource file unique.field introduced.This has the impact that the processing is The requirement of double entries to be adjacent The behaviour of the resource check.double has been.Bibtool ( github) v2.68 has improved its double check (aka check for duplicates): ![]()
0 Comments
Leave a Reply. |