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NEW QUESTION: 1
Select and Place:

Answer:
Explanation:

Explanation/Reference:
i) Dense Mode Flood-and-Prune Protocols (DVMRP / MOSPF / PIM-DM)
In dense mode protocols, all routers in the network are aware of all trees, their sources and receivers.
Protocols such as DVMRP and PIM dense mode flood "active source" information across the whole network and build trees by creating "Prune State" in parts of the topology where traffic for a specific tree is unwanted. They are also called flood-and-prune protocols. In MOSPF, information about receivers is flooded throughout the network to support the building of trees.
Dense mode protocols are undesirable because every tree built in some part of the network will always cause resource utilization (with convergence impact) on all routers in the network (or within the administrative scope, if configured). We will not be discussing these protocols in the rest of this paper.
ii) Sparse Mode Explicit Join Protocols (PIM-SM/PIM-BiDir)
With sparse mode explicit join protocols we do not create a group-specific forwarding state in the network unless a receiver has sent an explicit IGMP/MLD membership report (or "join") for a group. This variant of ASM is known to scale well and is the multicast paradigm we will mainly be discussing. This is the basis for PIM-Sparse Mode, which most multicast deployments have used to this point. This is also the basis for PIM-BiDir, which will be increasingly deployed for MANY (sources) TO MANY (receivers) applications.
These protocols are called sparse mode because they efficiently support IP multicast delivery trees with a
"sparse" receiver population - creating control plane state only on routers in the path between sources and receivers, and in PIM-SM/BiDir, the Rendezvous Point (RP). They never create state in other parts of the network. State in a router is only built explicitly when it receives a join from a downstream router or receiver, hence the name "explicit join protocols".
Both PIM-SM and PIM-BiDir employ "SHARED TREES", which allow traffic from any source to be forwarded to a receiver. The forwarding state on a shared tree is referred to as (*,G) forwarding state, where the * is a wild card for ANY SOURCE. Additionally, PIM-SM supports the creation of forwarding state that relates to traffic from a specific source. These are known as SOURCE TREES, and the associated state is referred to as (S,G) forwarding state SSM is the model used when the receiver (or some proxy) sends (S,G) "joins" to indicate that it wants to receive traffic sent by source S to group G This is possible with IGMPv3/MLDv2 "INCLUDE" mode membership reports. We therefore refer to this model as the Source-Specific Multicast (SSM) model. SSM mandates the use of an explicit-join protocol between routers. The standard protocol for this is PIM-SSM, which is simply the subset of PIM-SM used to create (S,G) trees. There are no shared trees (*,G) state in SSM.
Multicast receivers can thus "join" an ASM group G, or "join" (or more accurately "subscribe" to) an SSM (S,G) channel. To avoid having to repeat the term "ASM group or SSM channel", we will use the term (multicast) flow in the text, implying that the flow could be an ASM group or an SSM channel

NEW QUESTION: 2
Which of the following are not typical GPU application scenarios?
A. General calculation, complete complex logic operation
B. HPC hybrid application high throughput scenario
C. Video image processing scene
D. HPC high-performance acceleration scenarios
Answer: A

NEW QUESTION: 3
Based on the exhibited output, which three statements are true? (Choose three.)

A. The route to 10.2.0.0/16 was redistributed into EIGRP.
B. The router at 10.1.1.2 is configured with the ip default-network 0.0.0.0 command.
C. A default route has been redistributed into the EIGRP autonomous system.
D. R1 is configured with the variance command.
E. R1 is sourcing an external EIGRP route from Null0.
F. R1 is configured with the ip summary-address command.
Answer: C,D,F
Explanation:
Explanation/Reference:
Explanation
From the routing table above, we see that network 172.16.1. can be reached via 2 unequal paths (with FD of 23072000 & 20640000) so surely R1 has been configured with the variance command By configuring a default route and redistribute it into EIGRP you will get the line D *EX 0.0.0.0/0 ... line in the routing table of that router
From the line 10.2.0.0/16 is a summary, 00:16:18, Null0 we know that this network has been summarized with the ip summaray-address command (notice that 10.2.0.0 is not the major network of net