[PATCH 0/5] Adds implementation of TFRC-SP on DCCP test tree

[PATCH 0/5] Adds implementation of TFRC-SP on DCCP test tree

[Ivo Calado]

These patches adds implementation of TFRC-SP at the receiver side, and
are targeted at the DCCP branch



Patch #1: First Patch on TFRC-SP. Copy base files from TFRC
Patch #2: Implement loss counting on TFRC-SP receiver
Patch #3: Implement TFRC-SP calc of mean length of loss intervals
accordingly to section 3 of RFC 4828
Patch #4: Adds options DROPPED PACKETS and LOSS INTERVALS to receiver
Patch #5: Updating documentation accordingly


Following this patches, we'll be sending the sender side of TFRC-SP.
Once this code is integrated on the branch, we can proceed adding the
CCID4 code that uses this new TFRC-SP.

--
Ivo Augusto Andrade Rocha Calado
MSc. Candidate
Embedded Systems and Pervasive Computing Lab - http://embedded.ufcg.edu.br
Systems and Computing Department - http://www.dsc.ufcg.edu.br
Electrical Engineering and Informatics Center - http://www.ceei.ufcg.edu.br
Federal University of Campina Grande - http://www.ufcg.edu.br

PGP: 0x03422935
Quidquid latine dictum sit, altum viditur.

[PATCH 0/5] Adds implementation of TFRC-SP on DCCP test tree

[Ivo Calado]

Due to the problems in the previuos patch pointed by Gerrit Renker, I'm
resending the patches.


These patches adds implementation of TFRC-SP at the receiver side, and
are targeted at the DCCP branch



Patch #1: First Patch on TFRC-SP. Copy base files from TFRC
Patch #2: Implement loss counting on TFRC-SP receiver
Patch #3: Implement TFRC-SP calc of mean length of loss intervals
accordingly to section 3 of RFC 4828
Patch #4: Adds options DROPPED PACKETS and LOSS INTERVALS to receiver
Patch #5: Updating documentation accordingly


Following this patches, we'll be sending the sender side of TFRC-SP.
Once this code is integrated on the branch, we can proceed adding the
CCID4 code that uses this new TFRC-SP.

--
Ivo Augusto Andrade Rocha Calado
MSc. Candidate
Embedded Systems and Pervasive Computing Lab -
http://embedded.ufcg.edu.br
Systems and Computing Department - http://www.dsc.ufcg.edu.br
Electrical Engineering and Informatics Center -
http://www.ceei.ufcg.edu.br
Federal University of Campina Grande - http://www.ufcg.edu.br

PGP: 0x03422935
Quidquid latine dictum sit, altum viditur.

[PATCH 0/5] Adds implementation of TFRC-SP on DCCP test tree

[Ivo Calado]

Due to the problems in the previuos patch pointed by Gerrit Renker and all, I'm
resending the patches.


These patches adds implementation of TFRC-SP at the receiver side, and
are targeted at the DCCP branch



Patch #1: First Patch on TFRC-SP. Copy base files from TFRC
Patch #2: Implement loss counting on TFRC-SP receiver
Patch #3: Implement TFRC-SP calc of mean length of loss intervals
accordingly to section 3 of RFC 4828
Patch #4: Adds options DROPPED PACKETS and LOSS INTERVALS to receiver
Patch #5: Updating documentation accordingly


Following this patches, we'll be sending the sender side of TFRC-SP.
Once this code is integrated on the branch, we can proceed adding the
CCID4 code that uses this new TFRC-SP.

--
Ivo Augusto Andrade Rocha Calado
MSc. Candidate
Embedded Systems and Pervasive Computing Lab -
http://embedded.ufcg.edu.br
Systems and Computing Department - http://www.dsc.ufcg.edu.br
Electrical Engineering and Informatics Center -
http://www.ceei.ufcg.edu.br
Federal University of Campina Grande - http://www.ufcg.edu.br

PGP: 0x03422935
Quidquid latine dictum sit, altum viditur.

Re: [PATCH 0/5] Adds implementation of TFRC-SP on DCCP test tree

[Gerrit Renker]

| These patches adds implementation of TFRC-SP at the receiver side, and
| are targeted at the DCCP branch
<snip> 
| 
| Following this patches, we'll be sending the sender side of TFRC-SP.
| Once this code is integrated on the branch, we can proceed adding the
| CCID4 code that uses this new TFRC-SP.

Thanks for all the work and for resending. I will be going through these
over the weekend. My suggestion is that if they compile and work cleanly,
to replace the existing patches in the CCID-4 subtree, so that testing
of the experimental CCID-4 features can continue.

Thanks a lot
Gerrit