New traces for Mahimahi repository

traces/orange-traces/README.md

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+# Traces on Orange 4G commercial network
+
+These trace files represent the time-varying capacity of Orange France 4G cellular
+networks as experienced by a mobile user. They were recorded using the
+"Saturator" tool described in the following [research paper](https://www.usenix.org/conference/nsdi13/technical-sessions/presentation/winstein).
+
+
+The measurements were performed on Orange 4G network in Lannion (France) in January 2022 and each capture lasts approximatively 10 minutes. We choosed 5 static configurations based on the average downlink throughput.  We also perform a measurement on mobility, on the highway between Guingamp and Lannion at 110 km/h.
+The table below summarizes the traces files and their measurements conditions.
+
+| File name | Average downlink throughput (Mbps) | Location 
+|:---|:---:|:---|
+| orange-4G-traces-E-\*.pps	| 220 |	Orange Lannion |	
+| orange-4G-traces-D-\*.pps	| 160 |	Orange Lannion |	
+| orange-4G-traces-C-\*.pps	| 120 |	Lannion (Brélévenez) |	
+| orange-4G-traces-B-\*.pps	| 80  |	Lannion (Brélévenez) |	
+| orange-4G-traces-A-\*.pps	| 40  |	Plemeur Bodou |
+| orange-4G-traces-highway-\*.pps	| 45  |	Guingamp – Lannion |	
+
+where ```*``` can be *up* or *down*.
+
+Each line gives a timestamp in milliseconds (from the beginning of the
+trace) and represents an opportunity for one 1500-byte packet to be
+drained from the bottleneck queue and cross the link. If more than one
+MTU-sized packet can be transmitted in a particular millisecond, the
+same timestamp is repeated on multiple lines.
+
+
+## Usage:
+
+For more information about the usage, refer to [Mahimahi](http://mahimahi.mit.edu/).
+
+## Further information
+
+More information about the traces can be found at this [link](https://cloud-gaming-traces.lhs.loria.fr/cellular.html).