Trusted distribution and consumption of media content has become a challenging issue, especially with the advancement of machine learning-based techniques such as deep fake. To address such challenges, this paper proposes a new metadata schema which is embedded within a larger framework that facilitates trusted media distribution. This schema is realised through a distributed media blockchain core in conjunction with algorithms to detect media modifications. Such a framework is expected to improve trust in media consumption, ensuring media integrity, authenticity and provenance
Content such as images is sometimes used online without proper permission or attribution by parties ...
Multimedia content delivery to capable smart phones with high-speed next-generation Internet connect...
The proliferation of smartphones and mobile communication has enabled users to capture images or vid...
Trusted distribution and consumption of media content has become a challenging issue, especially wit...
\ua9 2023 IEEE. Trusted distribution and consumption of media content has become a challenging issue...
Advances in media content manipulation and artificially generated content pose new challenges to the...
A distributed and tamper proof media transaction framework is proposed based on the blockchain model...
Advances in deep neural networks (DNN) and distributed ledger technology (DLT) have shown major infl...
A distributed and tamper proof media transaction framework is proposed based on the blockchain model...
Nowadays, it becomes increasingly difficult to find reliable multimedia content in the Web 2.0. Open...
© 2020 Elsevier Ltd The concept of Fake Media or Internet of Fake Media Things (IoFMT) has emerged i...
This paper proposes a JPEG-blockchain framework for trusted media transaction. The new distributed a...
Media assets shared via social media can rapidly spread, even if they do not present a true represen...
Media assets can easily be manipulated with photo editing software or artificially created using dee...
Computing devices often include media capture devices, such as cameras, video recorders, and/or micr...
Content such as images is sometimes used online without proper permission or attribution by parties ...
Multimedia content delivery to capable smart phones with high-speed next-generation Internet connect...
The proliferation of smartphones and mobile communication has enabled users to capture images or vid...
Trusted distribution and consumption of media content has become a challenging issue, especially wit...
\ua9 2023 IEEE. Trusted distribution and consumption of media content has become a challenging issue...
Advances in media content manipulation and artificially generated content pose new challenges to the...
A distributed and tamper proof media transaction framework is proposed based on the blockchain model...
Advances in deep neural networks (DNN) and distributed ledger technology (DLT) have shown major infl...
A distributed and tamper proof media transaction framework is proposed based on the blockchain model...
Nowadays, it becomes increasingly difficult to find reliable multimedia content in the Web 2.0. Open...
© 2020 Elsevier Ltd The concept of Fake Media or Internet of Fake Media Things (IoFMT) has emerged i...
This paper proposes a JPEG-blockchain framework for trusted media transaction. The new distributed a...
Media assets shared via social media can rapidly spread, even if they do not present a true represen...
Media assets can easily be manipulated with photo editing software or artificially created using dee...
Computing devices often include media capture devices, such as cameras, video recorders, and/or micr...
Content such as images is sometimes used online without proper permission or attribution by parties ...
Multimedia content delivery to capable smart phones with high-speed next-generation Internet connect...
The proliferation of smartphones and mobile communication has enabled users to capture images or vid...