Final answer:
The best practice for a DC aggregation layer among the options provided is: Use HSRP and summarize routes.
The answer is B
Explanation:
TheHot Standby Router Protocol (HSRP) is useful for establishing a fault-tolerant default gateway and summarized routing helps in reducing the size of routing tables and the quantity of routing updates, making the network more scalable and manageable. It's important to note that these practices should be implemented together as a strategy to improve reliability and efficiency of the distribution layer in a data center network.
a. Reduce switch peering and routing: Although peering reductions may seem to have benefits, this can actually increase the risk of a single point of failures and decrease resilience.
c. Disable trunking and use RPVST+: Disabling trunking is not a recommended practice for a DC aggregation layer because trunking allows multiple VLANs to travel over the same link, which optimizes bandwidth usage. Rapid Per-VLAN Spanning Tree Plus (RPVST+) is a Cisco enhancement to the Spanning Tree Protocol (STP), which often used in switched environments.
d. Offload SSL sessions and use load balancers: Though these do improve efficiency and partition network loads, they are more related to application performance optimization rather than DC aggregation layer best practices.
So, the answer is B
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Answer:
The answer to your question is d. Offload SSL sessions and use load balancers. This is a DC aggregation layer best practice because it improves the performance and security of the data center network by reducing the load on the servers and encrypting the traffic between the clients and the aggregation layer1. Load balancers, SSL offloading, firewalls, and intrusion detection devices are deployed in the DC aggregation layer1. The other options are not relevant or applicable to the DC aggregation layer.
Explanation:
Answer:
d) frame narrative
Explanation:
A frame narrative is the literary device used for setting one story inside another, providing a broader context to the main story. It allows for different points of view, times, and places to be combined in a single narrative as seen in Mary Shelley's 'Frankenstein'.
In literature, the device used for setting one story inside another is the frame narrative. A frame narrative, or frame story, introduces the main plot and often sets the stage for the embedded story. This can be a useful tool for authors to provide a broader perspective or context for the main narrative.
For instance, in Mary Shelley's 'Frankenstein,' the frame narrative is presented through Captain Walton’s letters to his sister. Within his story, Victor Frankenstein tells his story, which in turn includes the creature's story. Through the use of the frame narrative, Shelley combines different points of view, times, and places to ultimately create a more intricate and rich narrative.
While the other options, such as dramatic monologue, fabliau, and parable are literary devices, they are not designed specifically for nesting one story within another as a frame narrative does.
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Answer:
What we have to tell please tell clearly.
b. a flatbed scanner.
c. galleys.
d. word processing software.
B) A S D F
C) Z X C V
D) Q W E R
It refers to Storage
The retention of encoded information over time is known as memory storage, the process in which our brain creates a lasting record of information.
The retention of encoded information over time refers to memory storage. This is an essential process in the model of memory, where encoded information is retained in the memory system over a period of time. It is during this storage process when your brain creates a permanent record of the encoded information. For instance, learning for a test and being able to recall that information later is a result of efficient memory storage.
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