Digital Object Identifier (DOI)

Celko, Joe

doi:10.1016/b978-0-12-374722-8.00029-3

Cited by 2 publications

References 39 publications

(165 reference statements)

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Copyright Protection of Scientific Works using Digital Watermarking by Embedding DOI QR Code

Harahap¹,

Khairina

2021

CNAHPC

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Digital identifier is a technology used to prove ownership of a work. At this time, the Digital Object Identifier is a form of implementation of the digital identifier used in every scientific work. Not infrequently there are several cases of theft of ownership or copyright of a work, both scientific works, and certain other works. Watermarking is a technique created to protect the ownership of works. Watermarking techniques can be applied to several media such as audio, video, and also documents, one of which is the Portable Document Format document file. In this study, researchers want to build copyright protection for scientific works. Researchers offer research concepts using a Digital Object Identifier which is always installed on scientific papers to be published. The Digital Object Identifier will later become the basic data in building the Quick Response Code. The Digital Object Identifier of each scientific work will not be the same as each other, this will certainly make the Quick Response Code more unique. The results show that the watermarking process in building copyright protection of scientific works can be very successful Quick Response Code can be read and detected properly without experiencing lag time. Quick Response Code readings from several variations of motion are also not very influential, so it can be concluded that distance does not limit the detection of Quick Response Codes. From this research, researchers can deduce that the watermark is performed on the scientific work not only serves as the copyright protection of that scientific paper but can also be an alternative for other researchers to access the scientific work.

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Copyright Protection of Scientific Works using Digital Watermarking by Embedding DOI QR Code

Harahap¹,

Khairina

2021

CNAHPC

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A Scalable Framework for Dynamic Data Citation of Arbitrary Structured Data

Pröll

Rauber

2014

Proceedings of 3rd International Conference on Data Management Technologies and Applications

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Sharing research data is becoming increasingly important as it enables peers to validate and reproduce data driven experiments. Also exchanging data allows scientists to reuse data in different contexts and gather new knowledge from available sources. But with increasing volume of data, researchers need to reference exact versions of datasets. Until now access to research data often based on single archives of data files where versioning and subsetting support is limited. In this paper we introduce a mechanism that allows researchers to create versioned subsets of research data which can be cited and shared in a lightweight manner. We demonstrate a prototype that supports researchers in creating subsets based on filtering and sorting source data. These subsets can be cited for later reference and reuse. The system produces evidence that allows users to verify the correctness and completeness of a subset based on cryptographic hashing. We describe a replication scenario for enabling scalable data citation in dynamic contexts.

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Digital Object Identifier (DOI)

Cited by 2 publications

References 39 publications

Copyright Protection of Scientific Works using Digital Watermarking by Embedding DOI QR Code

Copyright Protection of Scientific Works using Digital Watermarking by Embedding DOI QR Code

A Scalable Framework for Dynamic Data Citation of Arbitrary Structured Data

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