Adaptive Car Plate Recognition in QoS-Aware Security Network
Yokohama（2008）
Abstract
Security is an important issue while networks are becoming ubiquitous. A primary application of security networks is multimedia services, which is challenging bandwidth management capabilities with regard to QoS and its authorized access. To deal with these several issues, this study presents an embedded QoS-aware control gateway (EmQCG) in the vehicle security network which classifies forwarded traffic for optimal use of bounded network bandwidth resources and requires car plate recognition for identification of their occurrences in various working environments. A laboratory EmQCG test bed with functioning adaptive control plate recognition (ACPR) algorithm as well as a BMP with watermarking (BMPW) mechanism is implemented in real-time via class-based queuing bandwidth management in a Cisco 7204 VXR router. Experimental results demonstrate efficiency and accuracy of both the EmQCG and the ACPR.
MoreTranslated text
Key words
adaptive control plate recognition,adaptive car plate recognition,car plate recognition,bandwidth management,vxr router,bounded network bandwidth resource,bandwidth management capability,laboratory emqcg test bed,embedded qos-aware control gateway,vehicle security network,security network,qos-aware security network,bandwidth,test bed,qos,internet,quality of service,adaptive control,embedded system,real time,image recognition,databases,security,watermarking,national security,feature extraction,pixel,mobile communication
AI Read Science
Must-Reading Tree
Example
Generate MRT to find the research sequence of this paper
Chat Paper
Summary is being generated by the instructions you defined