May 30, 2018 · In order to accelerate the speed of OpenSSL, many alternative encryption approaches are designed. However, energy consumption has been ignored ...
AEAS - Towards High Energy-efficiency Design for OpenSSL. Encryption Acceleration through HW/SW Co-design. Chunhua Xiao*. Chongqing University. Chongqing, China.
The Adaptive Encryption Acceleration System (AEAS), an OpenSSL encryption acceleration scheme, provides high energy-efficiency encryption through HW/SW ...
It provides high energy-efficient encryption through HW/SW co-design. The essential idea is to make full use of system resource to exert the superiorities of ...
The essential idea is exerting the superiorities of energy efficiency for different encryption approaches and making full use of system resource through the ...
In this paper, we present the EECA, an Energy-Efficient Crypto Acceleration system for HTTPS with OpenSSL. It provides high energy-efficient encryption through ...
2019. AEAS-Towards High Energy-efficiency Design for OpenSSL Encryption Acceleration through HW/SW Co-design. C Xiao, Y Xie, L Zhang. Proceedings of the 2018 ...
AEAS - Towards High Energy-efficiency Design for OpenSSL Encryption Acceleration through HW/SW Co-design. ACM Great Lakes Symposium on VLSI 2018: 171-176. [+][–] ...
Experimental results show that hardware acceleration can improve the performance of OpenSSL cryptographic functions, and hence, of the SSL connection as ...
AEAS - Towards High Energy-efficiency Design for OpenSSL Encryption Acceleration through HW/SW Co-design. ACM Great Lakes Symposium on VLSI 2018: 171-176.