Results indicate that channel bonding is susceptible to about 70% loss of throughput in LTE networks and about 11-15% in HSPA+ networks compared to systems with ...
This vulnerability is shown to result in various amounts of service disruption based on the radio network parameters and the user locations. Typically, channel ...
Dive into the research topics of 'Security vulnerability due to channel aggregation/bonding in LTE and HSPA+ network'. Together they form a unique fingerprint.
This vulnerability is shown to result in various amounts of service disruption based on the radio network parameters and the user locations. Typically, channel ...
Exploiting Channel Fragmentation and Aggregation/Bonding to Create ...
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Feb 28, 2014 · Abstract: We address a unique security vulnerability due to spectrum fragmentation, aggregation, and bonding in IEEE 802.22-based dynamic ...
Abstract—We address a unique security vulnerability due to spectrum fragmentation, aggregation and bonding in OFDMA based wireless networks.
Chandramouli and Hasan Cam Abstract—We address a unique security vulnerability due to spectrum fragmentation, aggregation and bonding in IEEE 802.22 based ...
We address a unique security vulnerability due to spectrum fragmentation, aggregation, and bonding ... (LTE) and Evolved High-Speed Packet Access (HSPA+) networks.
Chandramouli, Shamik Sengupta and K.P. Subbalakshmi. "Security Vulnerability due to Channel Aggregation/Bonding in LTE and HSPA+ Networks", IEEE GLOBECOM 2011.
May 18, 2017 · “Security Vulnerability due to channel aggregation/bonding in LTE and HSPA+ networks” accepted in IEEE global communications conference ( ...