UA1 invites UA2 to a session with the Resource Priority level of 3 (levels 1 and 2 are higher is this domain, and the namespace element is not necessary for this discussion).
Access Preemption with obscure Reason After the session between UA1 and UA2 is established, UA3 invites UA2 to a new session with an R-P of 2 (a higher priority than the current session between UA1 and UA2).
After the session between UA1 and UA2 is established, UA3 invites UA2 to a new session with an R-P of 2 (a higher priority than the current session to UA1).
UA2 Collaboration (Bern - Cambridge - CERN - Heidelberg - Milano - Orsay - Pavia - Perugia - Pisa - Saclay): Measurement of the transverse momentum distribution of W and Z bosons at the CERN pbar p collider
UA2 Collaboration (Bern - Cambridge - CERN - Heidelberg - Milano - Orsay - Pavia - Perugia - Pisa - Saclay): A measurement of two-jet decays of the W and Z bosons at the CERN pbar p collider
UA2 Collaboration (Bern - Cambridge - CERN - Dortmund - Heidelberg - Melbourne - Milano - Orsay - Pavia - Perugia - Pisa - Saclay): A measurement of electron-tau universality from decays of intermediate vector bosons at the CERN pbar p collider
UA1 invites UA2 to a session with the Resource Priority level of 3 (levels 1 and 2 are higher is this domain).
Network Diagram Scenario A UA1 invites UA2 to a session with the Resource Priority level of 3 (levels 1 and 2 are higher is this domain) and is accepted.
After the session between UA1 and UA2 is established, UA3 invites UA4 to a new session with an Resource Priority level of 2 (a higher priority than the current session between UA1 and UA2).
The subsequent studies by UA1 and UA2 were based on calorimetric jet algorithms and the data were selected by total E
In the UA2 selection for Z events, while one electron candidate again had to satisfy the same stringent requirements as in the W → eν search, the requirements on the second electron candidate were much looser, essentially a narrow electromagnetic cluster and a cluster-cluster invariant mass of more than 50 GeV.
With results from UA1 and UA2, the Z particle was definitely found.