Influence of Path Attacks on Security of Six-State Scheme

Yue Hong Peng; Jia Wang Li; Jin Hao Liu; Yu Min Liu

doi:10.4028/www.scientific.net/AMM.263-266.3114

Paper Titles

A Steganalysis Based on OC-SVM and Two Clustering Methods
p.3096

A Watermarking Scheme Based on NSCT Using Computer-Generated Hologram
p.3100

Blind Detection of Tampered JPEG Image Based on Blocking Artifacts of Double Quantization
p.3104

Hybrid Finite Automata-Based Algorithm for Large Scale Regular Expression Matching
p.3108

Influence of Path Attacks on Security of Six-State Scheme
p.3114

Reconfigurable Aggregated Multicast Scheme Based on QoS Categories and Tree Similarity
p.3120

Research on Micro-Certificate Based Security System for Internet of Things
p.3125

The Security Protection and Technology Analysis of Information System
p.3130

Using IBC and Chameleon Hash for the Confidentiality and Message Authentication in VANET
p.3135

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 263-266Influence of Path Attacks on Security of Six-State...

Influence of Path Attacks on Security of Six-State Scheme

Abstract:

The safety of the six-state scheme in the practical communication systems was studied based on an effective eavesdropping method, which called path attacks adopted by eavesdroppers. In the practical systems, eavesdropper can select appropriate path to eavesdrop on legitimate users to obtain some information. This method will keep photon number distribution in the laser pulses, and the eavesdropper can be hidden by the losses of quantum channel without being detected. The results show that eavesdropper can get more information with the increase of transmission distance and the average number of photons.