Page Comparison

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1. CSMF(eMBB Nationwide) => NSMF (eMBB Nationwide Service Profile)
2. NSMF creates/selects eMBB Nationwide Slice Profile
3. NSMF => NSSMF (eMBB Nationwide Slice Profile)
4. NSSMF Matches eMBB Slice Profile to:
   1. NE (UP Network Slice Subnet Service, RAN Network Slice Subnet Service)
   2. SE (UP Network Slice Subnet Service, RAN Network Slice Subnet Service)
   3. S (UP Network Slice Subnet Service, RAN Network Slice Subnet Service)
   4. C (Central Network Slice Subnet Service)
   5. N (UP Network Slice Subnet Service, RAN Network Slice Subnet Service)
   6. NW (UP Network Slice Subnet Service, RAN Network Slice Subnet Service)
   7. SW (UP Network Slice Subnet Service, RAN Network Slice Subnet Service)
5. NSSMF create Configuration data and Slice Profile for each instance:
1. NE (UP, RAN)
2. SE (UP, RAN)
3. S (UP, RAN)
4. C (Central)
5. N (UP, RAN)
6. NW (UP, RAN)
7. SW (UP, RAN)
6. NSSMF Instantiate Network Slice Subnet Instances:
   1. NSSMF => NSSMF (C)
      1. NSSMF (C, Central)  => SO (Central Network Slice Service (C Parameters)
      2. SO => NFVO (Central Network Slice Network Service)
         1. NFVO works with VNFM(s) to Instantiate VNFs
      3. NSSMF configures Central VNFs(C eMBB data)
      4. NSSMF(C) registers C NSSI (Capacity Available, Capacity Allocated ) in A&AI
   2. NSSMF => NSSMF(NE, UP)
      1. NSSMF(NE, UP) => SO( UP Network Slice Service (NE Parameters))
   3. NSSMF => NSMF(NE, RAN)
      1. NSSMF(NE, RAN)  => SO (RAN Network Slice Service (NE Parameters)
   4. ...
7. Resulting Network Service Deployment:
   1.  

      Gliffy
      macroId 64de5485-b7ac-406d-be81-f9c87eb4c00b name SliceSubnet-NS Deployment pagePin 1

8. NSSMF registers Nationwide NSSI (Capacity Available, Capacity Allocated ) with A&AI
9. NSMF registers Nationwide eMBB Slice
10. CSMF completes

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