Blockchain-Based Music Wallet for Copyright Protection in Audio Files

Gürfi̇dan, Remzi; Ersoy, Mevlüt

doi:10.24215/16666038.21.e2

Cited by 8 publications

(5 citation statements)

References 20 publications

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“…The term ⃗ e B in Equation (43) indicates the present location of B, ⃗ g B indicates the hunt vector, and ⃗ e * b indicates the optimal location of the prey chosen b.…”

Section: Huntingmentioning

confidence: 99%

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HECC‐ABE: A novel blockchain‐based IoT healthcare data storage using hybrid cryptography schemes with key optimization by hybrid meta‐heuristic algorithm

Dubey,

Ramanjaneyulu,

Saraswat

et al. 2023

Trans Emerging Tel Tech

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The most contemporary development in information technology is the Internet of Things (IoT), which integrates the digital world with the real world. It makes it possible for things and people to communicate via the Internet. Blockchain is one of the popular topics of interest right now, and it can be used in most IoT applications. The blockchain's salient characteristics, like decentralization, data integrity, confidentiality, protection, and openness, are the main reasons for implementing it in healthcare services. Hence, this paper introduces an effective approach for storing IoT‐based healthcare data storage in the blockchain. The procedures in this suggested paradigm are as follows: user authentication, user trust verification, and optimal key storage in the blockchain. Wearable sensors are inserted in or adhered to a patient's body and used by IoT networks to gather healthcare data. These details are supplied into the verification structure constructed by adaptive dilated long short term memory with attention network (AD‐LSTM‐AN). Once the user's authentication is confirmed, then the user's trust level is computed. The same AD‐LSTM‐AN‐based verification structure is used to verify the historical data that has been stored and retrieved by the user, together with their previous transactions, in this phase. The healthcare data are then sent to the hybrid elliptic curve cryptography with attribute‐based encryption (HECC‐ABE) cryptography schemes for data encryption once the authentication of the person who attempts to store the data is confirmed. An adaptive final position‐based golden eagle‐Harris hawks optimization (AFP‐GEHHO) algorithm is used for optimizing the keys of the encrypted data. The blockchain platform stores the encrypted data of the authorized user with a high level of trust. The same process is done in reverse order whenever a user needs to recover information that is saved in the blockchain to retrieve the initially stored healthcare data. The effectiveness of secure data storage in blockchain is tested through experimental simulations. Throughout the analysis, the designed model achieves 96% in terms of accuracy. Thus, the developed model shows more secure and effective, has less error and reduces the time and memory requirements compared to existing approaches.

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“…The term ⃗ e B in Equation (43) indicates the present location of B, ⃗ g B indicates the hunt vector, and ⃗ e * b indicates the optimal location of the prey chosen b.…”

Section: Huntingmentioning

confidence: 99%

“…In 2021, Gurfidan et al 43 developed a blockzincir‐based music wallet approach for safe and legal listening of audio files. Here, the audio files chosen from users were transformed into blockchain formation using diverse approaches and algorithms that keep saved into the user's music wallet.…”

Section: Literature Surveymentioning

confidence: 99%

HECC‐ABE: A novel blockchain‐based IoT healthcare data storage using hybrid cryptography schemes with key optimization by hybrid meta‐heuristic algorithm

Dubey,

Ramanjaneyulu,

Saraswat

et al. 2023

Trans Emerging Tel Tech

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“…Bilginin iki nokta arasında iletilmesi için analog veya sayısal sinyale çevrilmesi gerekir. Sayısalsayısal çevirmede sayısal veri sayısal sinyale dönüştürülür [1,2]. Analog-sayısal çevirmede ise analog veri sayısal sinyale dönüştürülür.…”

Section: Gi̇ri̇ş (Introduction)unclassified

Veri İletişimi Kodlama Tekniklerinin FPGA Üzerinde Gerçekleştirilmesi

Kumral,

Ersoy

2024

Yalvaç Akademi Dergisi

Self Cite

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Özet 1 : Teknoloji altyapısı bulunan her geliştirmede veri iletişimi gerçekleşmektedir. Veri iletişiminin doğru ve uygun altyapılar kullanılarak sağlanması önem taşımaktadır. Hat kodlaması; fiziksel kanalın ve alıcı ekipmanın belirli özellikleri için optimal olarak ayarlanmış olan genlik ve zaman-ayrık sinyali tarafından taşınacak olan dijital sinyali temsil etmekten ibarettir. İletilecek olan sinyali iletim ortamının özelliklerine uyumlu olacak biçimlere çevirip, sinyal bozucu etkenlerden daha az etkilenebilecek biçimde ve en az bant genişliği kullanımını sağlayacak şekilde değiştiren sinyal işleme uygulamasıdır. Uygulamalarda kullanmak adına çeşitli hat kodlama tekniği mevcuttur. Hangi kodlama tekniğinin kullanılacağı, DC seviyesinin, PSD (Güç Spektral Yoğunluğu) durumunun, bant genişliği gerekliliklerinin, bit hata oranı performansının, saat sinyalinin geri kazanım kolaylığının veya içsel algılama özelliğinin varlığına veya yokluğuna bağlıdır. Bu çalışmada, Manchester, Differential Manchester, NRZ (Non-Return Zero, Sıfıra Dönmeyen), NRZ-Level ve NRZ-Invert hat kodlama tekniklerinin en yaygın donanım tanımlama dili olan Very High Speed İntegrated Circuit Hardware Description Language (VHDL) kullanılarak FPGA kartı üzerinde gerçekleştirilmesi anlatılmıştır. Gerçekleştirilen uygulamanın doğru sonuçlar verip vermediğini kontrol etmek adına, elde edilen tümleşik devreye 8 bitlik veri girişi üzerinden çalışma sağlayacak bir simülasyon kodu yazılmıştır. Simülasyonun çalıştırılması sonucunda her bir kodlama tekniği için oluşan çıkış sinyalleri incelenerek sistemin doğruluğu sağlanmıştır. Özet 2 : Data communication takes place in every development that has a technology infrastructure. It is important to ensure data communication using correct and appropriate infrastructures. Line coding; It consists in representing the digital signal to be carried by the amplitude and time-discrete signal optimally adjusted for the particular characteristics of the physical channel and the receiving equipment. It is a signal processing application that converts the signal to be transmitted into forms that are compatible with the characteristics of the transmission medium and changes it in a way that is less affected by signal disturbances and ensures minimum bandwidth usage. Various line coding techniques are available for use in applications. Which coding technique to use depends on the DC level, PSD (Power Spectral Density) condition, bandwidth requirements, bit error rate performance, ease of recovery of the clock signal, or the presence or absence of intrinsic sensing capability. This paper describes the implementation of Manchester, Differential Manchester, NRZ (Non-Return Zero), NRZ-Level and NRZ-Invert line coding techniques on an FPGA board using Very High Speed Integrated Circuit Hardware Description Language (VHDL), the most common hardware description language In order to check whether the implemented application gives correct results, a simulation code was written to provide operation over 8-bit data input to the integrated circuit. As a result of running the simulation, the accuracy of the system was ensured by analysing the output signals generated for each coding technique.

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“…The music industry has become the centre stage in the debate on how digital mediation has changed the traditional business landscape (Gürfidan & Ersoy, 2021;Li, 2022). As technology has advanced, the music industry has undergone a profound transformation, shaping an increasingly connected and mediatized world.…”

Section: Introduction *mentioning

confidence: 99%

Mediatized World in Digital Music Industry: Transformations, Challenges, and Opportunities - A Study in Indonesia

Akil,

Rasyidin,

Lumongga Dwihadiah

2024

daengku j. hum. soc. sci. innov.

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The world of music industry has experienced profound transformation in recent years due to digital revolution. This research explores the changes, challenges, and opportunities in the digital music industry. From the evolution of production to distribution, the researcher analyzed this dynamics industry. Several challenges, such as piracy and unequal revenue distribution are faced, yet opportunities arise through digital platforms and blockchain technology. Collaboration between governments, copyright organizations and artists become the key to creating a sustainable music ecosystem. As such, the research not only reflects the essence of the title, but also provides deep insights into how mediatization can be implemented to understand the transformation of the digital music industry in Indonesia, as well as the related challenges and opportunities.

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Blockchain-Based Music Wallet for Copyright Protection in Audio Files

Cited by 8 publications

References 20 publications

HECC‐ABE: A novel blockchain‐based IoT healthcare data storage using hybrid cryptography schemes with key optimization by hybrid meta‐heuristic algorithm

HECC‐ABE: A novel blockchain‐based IoT healthcare data storage using hybrid cryptography schemes with key optimization by hybrid meta‐heuristic algorithm

Veri İletişimi Kodlama Tekniklerinin FPGA Üzerinde Gerçekleştirilmesi

Mediatized World in Digital Music Industry: Transformations, Challenges, and Opportunities - A Study in Indonesia

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