CSIT-1094: Change menu style

[csit.git] / docs / report / vpp_performance_tests / mdr_search.rst

diff --git a/docs/report/vpp_performance_tests/mdr_search.rst b/docs/report/vpp_performance_tests/mdr_search.rst
index e2d0065..f47c0f5 100644 (file)
--- a/docs/report/vpp_performance_tests/mdr_search.rst
+++ b/docs/report/vpp_performance_tests/mdr_search.rst
@@ -215,12 +215,14 @@ Non-initial phases
        transmit rate had the loss lower or equal to PLR, then
        the new transmit rate is PDR upper_bound
        increased by two PDR interval widths.
        transmit rate had the loss lower or equal to PLR, then
        the new transmit rate is PDR upper_bound
        increased by two PDR interval widths.

-   - Else, *if* NDR (or PDR) interval does not meet the current phase width goal,
-     prepare for internal search. The new transmit rate is
-     (lower bound + upper bound) / 2.
-     It does not matter much which interval is investigated first.
-     The current implementation starts with NDR, unless PDR interval is wider
-     (but always preferring NDR is slightly better).
+   - If interval width is higher than the current phase goal:
+
+     - Else, *if* NDR interval does not meet the current phase width goal,
+       prepare for internal search. The new transmit rate is
+       (NDR lower bound + NDR upper bound) / 2.
+     - Else, *if* PDR interval does not meet the current phase width goal,
+       prepare for internal search. The new transmit rate is
+       (PDR lower bound + PDR upper bound) / 2.

    - Else, *if* some bound has still only been measured at a lower duration,
      prepare to re-measure at the current duration (and the same transmit rate).
      The order of priorities is:
    - Else, *if* some bound has still only been measured at a lower duration,
      prepare to re-measure at the current duration (and the same transmit rate).
      The order of priorities is:


@@ -264,7 +266,7 @@ but without detailing their mutual interaction.
    Narrow intervals make external search take more time to find a valid bound.
    If the new transmit increased or decreased rate would result in width
    less than the current goal, increase/decrease more.
    Narrow intervals make external search take more time to find a valid bound.
    If the new transmit increased or decreased rate would result in width
    less than the current goal, increase/decrease more.

-   This can happen if measurement for the other interval
+   This can happen if the measurement for the other interval

    makes the current interval too narrow.
    Similarly, take care the measurements in the initial phase
    create wide enough interval.
    makes the current interval too narrow.
    Similarly, take care the measurements in the initial phase
    create wide enough interval.


@@ -315,6 +317,9 @@ Data in tables is based on result of 6 runs.
 Tables
 ``````
 
 Tables
 ``````
 

+.. note:: The comparison was done for the MDR code
+          before https://gerrit.fd.io/r/12761
+

 .. table:: Table 1. Search part of test duration.
 
    ====================  ==========  ===========  ===========  ==========  ===========  ===========
 .. table:: Table 1. Search part of test duration.
 
    ====================  ==========  ===========  ===========  ==========  ===========  ===========