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oct2017meeting.md

@@ -133,7 +133,12 @@ demonstrate how the deterministic message transport latency works.
 
 #### MIMO systems
 
-*TBD*
+This presentation will focus on the WR network operating at CERN for
+exchanging trigger pulses between a set of geographically distributed
+instruments responsible for beam instability diagnostics in the LHC. The
+system features low\&fixed latency message distribution and can be
+easily tailored to custom requirements. Presentation will be followed by
+a demo of a small trigger distribution network.
 
 #### Distributes oscilloscopes using WR
 
@@ -159,6 +164,15 @@ This talk explains the WR Streamers, their integration into your design
 and their applications. The demonstration will illustrate how the WR
 Streamers are used at CERN.
 
+### Phase-compensated distribution of RF signals using WR (with demo)
+
+Every node in a WR network is provided with a phase-aligned 125 MHz
+reference. Having same reference clock phase everywhere enables
+distribution of Radio Frequency clocks and other RF signals through
+Direct Digital Synthesis (DDS). This talk will focus on a WR-based RF
+distribution system capable of efficiently handling modulated RF
+signals. A live demo will follow.
+
 ### Advanced diagnostics in a WR network
 
 White Rabbit is an expansion of a regular Ethernet network. The same way