The Experts below are selected from a list of 28938 Experts worldwide ranked by ideXlab platform

Albert Y Zomaya - One of the best experts on this subject based on the ideXlab platform.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this paper, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data and low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this article, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data, low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision. In addition, it is resilient to several common attacks (e.g., double-spending attacks), yet incurs low cost/overhead and has a higher level of security when compared to three other competing algorithms.

Wei Liang - One of the best experts on this subject based on the ideXlab platform.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this paper, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data and low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this article, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data, low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision. In addition, it is resilient to several common attacks (e.g., double-spending attacks), yet incurs low cost/overhead and has a higher level of security when compared to three other competing algorithms.

Mingdong Tang - One of the best experts on this subject based on the ideXlab platform.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this paper, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data and low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this article, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data, low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision. In addition, it is resilient to several common attacks (e.g., double-spending attacks), yet incurs low cost/overhead and has a higher level of security when compared to three other competing algorithms.

Xia Lei - One of the best experts on this subject based on the ideXlab platform.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this paper, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data and low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this article, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data, low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision. In addition, it is resilient to several common attacks (e.g., double-spending attacks), yet incurs low cost/overhead and has a higher level of security when compared to three other competing algorithms.

Dafang Zhang - One of the best experts on this subject based on the ideXlab platform.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this paper, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data and low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision.

  • Circuit copyright blockchain blockchain based homomorphic encryption for ip Circuit Protection
    IEEE Transactions on Emerging Topics in Computing, 2021
    Co-Authors: Wei Liang, Dafang Zhang, Xia Lei, Mingdong Tang, Albert Y Zomaya
    Abstract:

    The fast development of Blockchain technology makes it widely applied in several fields of digital transactions, like e-government affairs and the Protection of financial transactions. In this article, we propose a homomorphic encryption-based Blockchain for Circuit copyright Protection that effectively addresses the issues in the Protection of Circuit copyright transactions, such as low security of private data, low efficiency in transaction data storage, cooperation and supervision. First, we establish a homomorphic encryption-based mathematical model by utilizing Blockchain and intelligent contract, and next, the algorithms that include Blockchain generation, homomorphic chain encryption/decryption, and intelligent contract are designed. As the intelligent contract is correctly executed in Blockchain, a fully homomorphic encryption-based identity authentication protocol is tackled for Blockchain, given that it ensures the change operation of any third-party in Blockchain and realizes real-time verification. The system is apposite for Circuit copyright Protection in a blockchain network, due to the use of distributed identity authentication and real-time extensible storage improves the security and extensibility of blockchain-based Circuit copyright Protection. The experimental results show that the proposed algorithm has reduced the transmission cost and improved the efficiency of data storage and supervision. In addition, it is resilient to several common attacks (e.g., double-spending attacks), yet incurs low cost/overhead and has a higher level of security when compared to three other competing algorithms.