28-01-2013, 04:10 PM
The Proposed Virus-Detection Processor
[attachment=48638]
People can easily get information from internet through the mobile devices
Through high-speed wireless transmission protocols
Growth of virus on mobile devices will be same as PCs
Detecting viruses is a power-consumption task
A hardware for virus detection is required
High throughput
Low power
Low cost & high flexibility
The Proposed Virus-Detection Processor
Virus detection is split into two phases and support new modified algorithms by hardware
Filtering Engine: handle >80% input data
By Fast shit table
By Signature filtering
Exact-Matching Engine: <20% data need to be precisely checked
By efficient Trie Tree
On-chip memory dominates the power and area
Proposed BiTCAM reduces them by merging two algorithm’s data
Chip Micrograph and Features
Contribute a high-performance, low-power and low-cost virus-detection processor
Support 3Gbps real-time virus detection for mobile devices.
Handle 30,000 ClamAV viruses
[attachment=48638]
People can easily get information from internet through the mobile devices
Through high-speed wireless transmission protocols
Growth of virus on mobile devices will be same as PCs
Detecting viruses is a power-consumption task
A hardware for virus detection is required
High throughput
Low power
Low cost & high flexibility
The Proposed Virus-Detection Processor
Virus detection is split into two phases and support new modified algorithms by hardware
Filtering Engine: handle >80% input data
By Fast shit table
By Signature filtering
Exact-Matching Engine: <20% data need to be precisely checked
By efficient Trie Tree
On-chip memory dominates the power and area
Proposed BiTCAM reduces them by merging two algorithm’s data
Chip Micrograph and Features
Contribute a high-performance, low-power and low-cost virus-detection processor
Support 3Gbps real-time virus detection for mobile devices.
Handle 30,000 ClamAV viruses