a privacy-preserving lightweight authentication protocol for low-cost rfid tags This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared with previous work, our solution provides better traceability protection while keeping the system efficient in terms of computation and communication.
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0 · A Privacy
1 · A Lightweight Authentication Protocol for Low
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This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared with previous work, our solution provides better traceability protection while keeping the system efficient in terms of computation and communication.This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared . This paper introduces a lightweight authentication protocol for low-cost RFID tags . To remove security vulnerabilities, we propose a robust mutual authentication .
In this paper, we analyze the security vulnerabilities of a lightweight .
This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared with previous work, our solution provides better traceability protection while keeping the system efficient in terms of computation and communication.This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared with previous work, our solution provides better traceabil-ity protection while keeping the system efficient in terms of computation and communication. Our scheme also maintains comparable strength regarding other security aspects. I. INTRODUCTION. This paper introduces a lightweight authentication protocol for low-cost RFID tags that provides better traceability protection while keeping the system efficient in terms of computation and communication and maintains comparable . To remove security vulnerabilities, we propose a robust mutual authentication protocol between a tag and a back-end server for low-cost RFID system that guarantees data privacy and location.
In this paper, we analyze the security vulnerabilities of a lightweight authentication protocol recently proposed by Li et al. (2006), and then propose a new lightweight protocol to improve the security and to reduce the computational cost for identifying a tag from O(n) to O(1).In this paper, a privacy preserving authentication protocol for RFID that relies on a single cryptographic component, a lightweight stream cipher, is constructed.In this paper we propose a novel privacy-preserving mutual authentication protocol for RFID systems using the recently proposed ultra-lightweight cryptographic algorithm Hummingbird-2. The new protocol is resistant to the most common attacks against the .Our experimental results demonstrate that the Hummingbird-2 mutual authentication protocol provides a highly effective and efficient security and privacy solution for low-cost passive RFID tags.
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On the other hand, with the rapid deployment of RFID in a multitude fields, its security and privacy issues have also emerged. The authors of [] pointed out that due to low computational capabilities, the chip-less sensory tags were unable to adopt mature and complex encryption mechanisms to protect themselves. Consequently, low-cost RFID tags are currently .The most recent ultra-lightweight mutual authentication protocol (UMAP) adopts a mechanism for key updating to keep the security forward and backward. The back-end server updates the secret keys immediately after sending the final message.This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared with previous work, our solution provides better traceability protection while keeping the system efficient in terms of computation and communication.
This paper introduces a lightweight authentication protocol for low-cost RFID tags. Compared with previous work, our solution provides better traceabil-ity protection while keeping the system efficient in terms of computation and communication. Our scheme also maintains comparable strength regarding other security aspects. I. INTRODUCTION. This paper introduces a lightweight authentication protocol for low-cost RFID tags that provides better traceability protection while keeping the system efficient in terms of computation and communication and maintains comparable . To remove security vulnerabilities, we propose a robust mutual authentication protocol between a tag and a back-end server for low-cost RFID system that guarantees data privacy and location.
In this paper, we analyze the security vulnerabilities of a lightweight authentication protocol recently proposed by Li et al. (2006), and then propose a new lightweight protocol to improve the security and to reduce the computational cost for identifying a tag from O(n) to O(1).
In this paper, a privacy preserving authentication protocol for RFID that relies on a single cryptographic component, a lightweight stream cipher, is constructed.In this paper we propose a novel privacy-preserving mutual authentication protocol for RFID systems using the recently proposed ultra-lightweight cryptographic algorithm Hummingbird-2. The new protocol is resistant to the most common attacks against the .Our experimental results demonstrate that the Hummingbird-2 mutual authentication protocol provides a highly effective and efficient security and privacy solution for low-cost passive RFID tags. On the other hand, with the rapid deployment of RFID in a multitude fields, its security and privacy issues have also emerged. The authors of [] pointed out that due to low computational capabilities, the chip-less sensory tags were unable to adopt mature and complex encryption mechanisms to protect themselves. Consequently, low-cost RFID tags are currently .
A Privacy
A Lightweight Authentication Protocol for Low
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a privacy-preserving lightweight authentication protocol for low-cost rfid tags|A Lightweight Authentication Protocol for Low