Changes between Version 6 and Version 7 of EeSysArch

Timestamp:

2024-01-30T10:31:33-05:00 (21 months ago)

Author:

N. K. Shankar

Comment:

--

EeSysArch

@@ -8 +8 @@
 [[Image(oran_overall_architecture.png,80%)]]
 
-Figure 1. Overal O-RAN Architecture
+Figure 1. Overall O-RAN Architecture
 
 Figure 2 shows the system architecture to be used for O-RAN Energy Efficiency testing. Each of the VNF/CNF components are hosted on servers depicted with dotted lines. All servers and physical equipment (such as O-RU) have electric power supplied via Power Distribution Units (PDU) which can measure the power consumption.
 
-Figure 3 shows the system architecture to be used at Winlab using the BubbleRAN installation leveraging OpenAirInterface (OAI) and Amarisoft software. Note that some servers host multiple components.
+
+[[Image(EE_Test_System_Generic.png.png,80%)]]
+
+Figure 2. System architecture for O-RAN Energy Efficiency testing.
 
 
+Figure 3 shows the system architecture to be used at Winlab using the BubbleRAN installation leveraging software modules from OpenAirInterface (OAI), Amarisoft, Open5GS, BubbleRAN MX-PDK. Note that some servers host multiple components.
+
+[[Image(EE_Test_System_Winlab.png.png,80%)]]
+
+Figure 3. System architecture for O-RAN Energy Efficiency testing at Winlab.