@article{ Camarillo,
  author = {G. Camarillo and H. Schulzrinne and R. Kantola},
  title = {A Transport Protocol for SIP},
  journal = {Not known},
  year = {Not known},
  annote = {Current SIP implementations typically use UDP or TCP as their transport protocol. However, in cases with aggregate SIP signaling flows, it could be advantageous to use SCTP. This paper elaborates on the possible advantages of using SIP in these particular cases. Specifically, it studies how Head- Of-Line blocking in between different SIP sessions could be avoided by sending them over different streams, a common flow control per association (e.g., SACKs from one flow could trigger fast retransmits on another flow in the same association), and, of-course, multi-homing and load balancing.},
  url = {papers/camarillo.pdf},
  bibdate = {Thursday, March 27, 2003 at 10:33:14 (CET)},
  submitter = {Karl-Johan Grinnemo}
}

{"_id":"tAWHrpgsH7ujogCiL","bibbaseid":"camarillo-schulzrinne-kantola-atransportprotocolforsip-notknown","downloads":0,"creationDate":"2015-12-04T23:32:58.591Z","title":"A Transport Protocol for SIP","author_short":["Camarillo, G.","Schulzrinne, H.","Kantola, R."],"year":null,"bibtype":"article","biburl":"http://www.cs.kau.se/cs/prtp/prtp.bib","bibdata":{"annote":"Current SIP implementations typically use UDP or TCP as their transport protocol. However, in cases with aggregate SIP signaling flows, it could be advantageous to use SCTP. This paper elaborates on the possible advantages of using SIP in these particular cases. Specifically, it studies how Head- Of-Line blocking in between different SIP sessions could be avoided by sending them over different streams, a common flow control per association (e.g., SACKs from one flow could trigger fast retransmits on another flow in the same association), and, of-course, multi-homing and load balancing.","author":["Camarillo, G.","Schulzrinne, H.","Kantola, R."],"author_short":["Camarillo, G.","Schulzrinne, H.","Kantola, R."],"bibdate":"Thursday, March 27, 2003 at 10:33:14 (CET)","bibtex":"@article{ Camarillo,\n author = {G. Camarillo and H. Schulzrinne and R. Kantola},\n title = {A Transport Protocol for SIP},\n journal = {Not known},\n year = {Not known},\n annote = {Current SIP implementations typically use UDP or TCP as their transport protocol. However, in cases with aggregate SIP signaling flows, it could be advantageous to use SCTP. This paper elaborates on the possible advantages of using SIP in these particular cases. Specifically, it studies how Head- Of-Line blocking in between different SIP sessions could be avoided by sending them over different streams, a common flow control per association (e.g., SACKs from one flow could trigger fast retransmits on another flow in the same association), and, of-course, multi-homing and load balancing.},\n url = {papers/camarillo.pdf},\n bibdate = {Thursday, March 27, 2003 at 10:33:14 (CET)},\n submitter = {Karl-Johan Grinnemo}\n}","bibtype":"article","id":"Camarillo","journal":"Not known","key":"Camarillo","submitter":"Karl-Johan Grinnemo","title":"A Transport Protocol for SIP","type":"article","url":"papers/camarillo.pdf","year":"Not known","bibbaseid":"camarillo-schulzrinne-kantola-atransportprotocolforsip-notknown","role":"author","urls":{"Paper":"http://www.cs.kau.se/cs/prtp/papers/camarillo.pdf"},"downloads":0},"search_terms":["transport","protocol","sip","camarillo","schulzrinne","kantola"],"keywords":[],"authorIDs":[],"dataSources":["6WGcSu2Ku7pZzqCcg"]}