Changes between Version 7 and Version 8 of Tutorials/Optical/Mininet Optical Tutorial1

Timestamp:

Jul 27, 2022, 1:30:23 AM (2 years ago)

Author:

lantz

Comment:

—

Tutorials/Optical/Mininet Optical Tutorial1

@@ -99 +99 @@
 {{{
 1553,30 nm 193,00 with bandwidth ~[192.95;193.05] Thz
-This corresponds to channel 33 in Mininet-Optical's default channel grid.
+This corresponds to channel 34 in Mininet-Optical's default channel grid.
 }}}
 
@@ -319 +319 @@
 192.95THz..193.05THz has a middle frequency of 193.00 THz, which corresponds to channel C32
 on Mininet-Optical's default 50GHz channel grid.
-C1's middle frequency is 191400 GHz, so C33 is at 191400 + 32*50 = 193000 GHz.
-
-We use curl to send a REST request to ROADM4 to add/drop ch33:
-{{{
-    curl "localhost:8080/connect?node=roadm4&port1=4102&port2=4201&channels=33"
-    curl "localhost:8080/connect?node=roadm4&port1=5101&port2=5202&channels=33"
+C1's middle frequency is 191350 GHz, so C34 is at 191350 + 33*50 = 193000 GHz.
+
+We use curl to send a REST request to ROADM4 to add/drop ch34:
+{{{
+    curl "localhost:8080/connect?node=roadm4&port1=4102&port2=4201&channels=34"
+    curl "localhost:8080/connect?node=roadm4&port1=5101&port2=5202&channels=34"
 }}}
 
@@ -333 +333 @@
 8. Add Connection “Towards ToR 2” with I/O Port 5101/5202
 
-We use curl to send a REST request to ROADM4 to add/drop ch33:
-{{{
-    curl "localhost:8080/connect?node=roadm1&port1=4102&port2=4201&channels=33"
-    curl "localhost:8080/connect?node=roadm1&port1=5101&port2=5202&channels=33"
+We use curl to send a REST request to ROADM4 to add/drop ch34:
+{{{
+    curl "localhost:8080/connect?node=roadm1&port1=4102&port2=4201&channels=34"
+    curl "localhost:8080/connect?node=roadm1&port1=5101&port2=5202&channels=34"
 }}}
 
@@ -347 +347 @@
 4. Add Connection “Towards ToR 1” with I/O Port 5101/5202 with bandwidth [192.95;193.05] 
 {{{
-    curl "localhost:8080/connect?node=roadm4&port1=4102&port2=4201&channels=33"
-    curl "localhost:8080/connect?node=roadm4&port1=5101&port2=5202&channels=33"
+    curl "localhost:8080/connect?node=roadm4&port1=4102&port2=4201&channels=34"
+    curl "localhost:8080/connect?node=roadm4&port1=5101&port2=5202&channels=34"
 }}}
 
@@ -357 +357 @@
 8. Add Connection “Through Out” with I/O Port 5101/5201 with bandwidth [192.95;193.05]
 
-This time we pass channel 33 through ROADM1:
-{{{
-    curl "localhost:8080/connect?node=roadm1&port1=4101&port2=4201&channels=33"
-    curl "localhost:8080/connect?node=roadm1&port1=5101&port2=5201&channels=33"
+This time we pass channel 34 through ROADM1:
+{{{
+    curl "localhost:8080/connect?node=roadm1&port1=4101&port2=4201&channels=34"
+    curl "localhost:8080/connect?node=roadm1&port1=5101&port2=5201&channels=34"
 }}}
 
@@ -371 +371 @@
 And pass through ROADM2:
 {{{
-    curl "localhost:8080/connect?node=roadm2&port1=4101&port2=4201&channels=33"
-    curl "localhost:8080/connect?node=roadm2&port1=5101&port2=5201&channels=33"
+    curl "localhost:8080/connect?node=roadm2&port1=4101&port2=4201&channels=34"
+    curl "localhost:8080/connect?node=roadm2&port1=5101&port2=5201&channels=34"
 }}}
 
@@ -383 +383 @@
 And we drop at ROADM3:
 {{{
-    curl "localhost:8080/connect?node=roadm3&port1=4102&port2=4201&channels=33"
-    curl "localhost:8080/connect?node=roadm3&port1=5101&port2=5202&channels=33"
+    curl "localhost:8080/connect?node=roadm3&port1=4102&port2=4201&channels=34"
+    curl "localhost:8080/connect?node=roadm3&port1=5101&port2=5202&channels=34"
 }}}
 
@@ -407 +407 @@
 
 {{{
-curl "localhost:8080/connect?node=tor1&ethPort=1&wdmPort=320&wdmInPort=321&channel=33"
-curl "localhost:8080/connect?node=tor2&ethPort=2&wdmPort=290&wdmInPort=291&channel=33"
-curl "localhost:8080/connect?node=tor3&ethPort=3&wdmPort=310&wdmInPort=311&channel=33"
+curl "localhost:8080/connect?node=tor1&ethPort=1&wdmPort=320&wdmInPort=321&channel=34"
+curl "localhost:8080/connect?node=tor2&ethPort=2&wdmPort=290&wdmInPort=291&channel=34"
+curl "localhost:8080/connect?node=tor3&ethPort=3&wdmPort=310&wdmInPort=311&channel=34"
 }}}