What path will an update travel in an IMA-based MetaFrame farm?

A.
When a change is made on a member server, the member server sends the updated information to the
data collector for the zone it
is in. The data collector then sends update notifications to the data collectors for which it has connections.
Each data collector that
receives the update sends the update to the member servers in its own zone.

B.
When a change is made on a member server, the member server sends the updated information to the
data collector for the zone
it is in. The data collector then sends information back to the member server stating the location of the other
data collectors that
it knows about. The member server then updates each data collector directly.

C.
When a change is made on a member server, the member server sends a request to the data collector for
the zone it is in, asking for
the location of the other zone collectors. The data collector then sends information back to the member
server stating the location
of the other data collectors that it knows about. The member server then updates each data collector
directly.

D.
When a change is made on a member server, the member server sends the updated information to the
data collector for the zone it
is in. The data collector then sends a request to the data collectors for which it has connections, asking for
the location of the member
servers of those zones. The data collector then sends the update directly to those member servers.

Explanation:
IMA reduces network traffic by taking advantage of the data collector model to distribute information quickly and
efficiently. When a
change is made on a member server, the member server sends the updated information to the data collector
for the zone it is in. The data
collector then sends update notifications to the data collectors for which it has connections. Each data collector
that receives the update
sends the update to the member servers in its own zone.