<--- Back to Details
First PageDocument Content
Internet protocols / Cryptographic protocols / Internet standards / Authenticator / Cryptographic hash function / Security token / Hash chain / Transport Layer Security / Cryptographic nonce / Computing / Cryptography / Internet
Date: 2014-07-20 15:18:58
Internet protocols
Cryptographic protocols
Internet standards
Authenticator
Cryptographic hash function
Security token
Hash chain
Transport Layer Security
Cryptographic nonce
Computing
Cryptography
Internet

iHTTP: Efficient Authentication of Non-Confidential HTTP Traffic? Jason Gionta1 , Peng Ning1 , and Xiaolan Zhang2 1 2

Add to Reading List

Source URL: gionta.org

Download Document from Source Website

File Size: 539,29 KB

Share Document on Facebook

Similar Documents

Efficient Security Mechanisms for Routing Protocols Yih-Chun Hu Carnegie Mellon University   Adrian Perrig

Efficient Security Mechanisms for Routing Protocols Yih-Chun Hu Carnegie Mellon University Adrian Perrig

DocID: 1phYN - View Document

SPV: Secure Path Vector Routing for Securing BGP  ∗ Yih-Chun Hu Adrian Perrig

SPV: Secure Path Vector Routing for Securing BGP ∗ Yih-Chun Hu Adrian Perrig

DocID: 1oDfz - View Document

Explicit Optimal Binary Pebbling for One-Way Hash Chain Reversal Berry Schoenmakers Dept of Mathematics & Computer Science TU Eindhoven, The Netherlands

Explicit Optimal Binary Pebbling for One-Way Hash Chain Reversal Berry Schoenmakers Dept of Mathematics & Computer Science TU Eindhoven, The Netherlands

DocID: 1mkCs - View Document

Forensic Analysis of Database Tampering Kyriacos Pavlou Richard T. Snodgrass  Department of Computer Science

Forensic Analysis of Database Tampering Kyriacos Pavlou Richard T. Snodgrass Department of Computer Science

DocID: 18LEA - View Document

iHTTP: Efficient Authentication of Non-Confidential HTTP Traffic? Jason Gionta1 , Peng Ning1 , and Xiaolan Zhang2 1  2

iHTTP: Efficient Authentication of Non-Confidential HTTP Traffic? Jason Gionta1 , Peng Ning1 , and Xiaolan Zhang2 1 2

DocID: 180eG - View Document