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38 session key derivation </p> </li> |
38 session key derivation </p> </li> |
39 <li id="GUID-1EE2C03C-C4B2-59C2-94EB-6DDAC730E667"><p>NULL mode is supported |
39 <li id="GUID-1EE2C03C-C4B2-59C2-94EB-6DDAC730E667"><p>NULL mode is supported |
40 for encryption/decryption and authentication. </p> </li> |
40 for encryption/decryption and authentication. </p> </li> |
41 </ul> <p><b>Functional Model of SRTP</b> </p> <p>The figure below describes |
41 </ul> <p><b>Functional Model of SRTP</b> </p> <p>The figure below describes |
42 the functional model of SRTP. </p> <fig id="GUID-EC50E1D8-79A0-5088-8DB1-3EA50D63ABE4"> |
42 the functional model of SRTP. </p> <fig id="GUID-EC50E1D8-79A0-5088-8DB1-3EA50D63ABE4"> |
43 <image href="GUID-26D92AB3-510F-5D29-852A-D55F0C96A798_d0e556381_href.png" placement="inline"/> |
43 <image href="GUID-26D92AB3-510F-5D29-852A-D55F0C96A798_d0e563837_href.png" placement="inline"/> |
44 </fig> <p>The SRTP Stack is not an active component and is not network aware. |
44 </fig> <p>The SRTP Stack is not an active component and is not network aware. |
45 It sits as a processing layer between the RTP stack and the network. The RTP |
45 It sits as a processing layer between the RTP stack and the network. The RTP |
46 stack calls for SRTP encryption before it sends the RTP Packets to the network. |
46 stack calls for SRTP encryption before it sends the RTP Packets to the network. |
47 At the receiving side, the RTP stack decrypts the data received prior to normal |
47 At the receiving side, the RTP stack decrypts the data received prior to normal |
48 RTP Processing. </p> <p>The APIs execute within the process boundary of the |
48 RTP Processing. </p> <p>The APIs execute within the process boundary of the |