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NEW QUESTION: 1
What is the default port used for in Mobile IP Registration messages between FA and HA?
A. UDP port 434
B. UDP port 3868
C. TCP port 3868
D. TCP port 434
Answer: A
NEW QUESTION: 2
Drag and drop the OSPF adjacency states from the left onto the correct descriptions on the right.
Answer:
Explanation:
Explanation
Down
This is the first OSPF neighbor state. It means that no information (hellos) has been received from this neighbor, but hello packets can still be sent to the neighbor in this state.
During the fully adjacent neighbor state, if a router doesn't receive hello packet from a neighbor within the Router Dead Interval time (RouterDeadInterval = 4*HelloInterval by default) or if the manually configured neighbor is being removed from the configuration, then the neighbor state changes from Full to Down.
Attempt
This state is only valid for manually configured neighbors in an NBMA environment. In Attempt state, the router sends unicast hello packets every poll interval to the neighbor, from which hellos have not been received within the dead interval.
Init
This state specifies that the router has received a hello packet from its neighbor, but the receiving router's ID was not included in the hello packet. When a router receives a hello packet from a neighbor, it should list the sender's router ID in its hello packet as an acknowledgment that it received a valid hello packet.
2-Way
This state designates that bi-directional communication has been established between two routers.
Bi-directional means that each router has seen the other's hello packet. This state is attained when the router receiving the hello packet sees its own Router ID within the received hello packet's neighbor field. At this state, a router decides whether to become adjacent with this neighbor. On broadcast media and non-broadcast multiaccess networks, a router becomes full only with the designated router (DR) and the backup designated router (BDR); it stays in the 2-way state with all other neighbors. On Point-to-point and Point-to-multipoint networks, a router becomes full with all connected routers.
At the end of this stage, the DR and BDR for broadcast and non-broadcast multiacess networks are elected.
For more information on the DR election process, refer to DR Election.
Note: Receiving a Database Descriptor (DBD) packet from a neighbor in the init state will also a cause a transition to 2-way state.
Exstart
Once the DR and BDR are elected, the actual process of exchanging link state information can start between the routers and their DR and BDR. (ie. Shared or NBMA networks).
In this state, the routers and their DR and BDR establish a master-slave relationship and choose the initial sequence number for adjacency formation. The router with the higher router ID becomes the master and starts the exchange, and as such, is the only router that can increment the sequence number. Note that one would logically conclude that the DR/BDR with the highest router ID will become the master during this process of master-slave relation. Remember that the DR/BDR election might be purely by virtue of a higher priority configured on the router instead of highest router ID. Thus, it is possible that a DR plays the role of slave. And also note that master/slave election is on a per-neighbor basis.
Exchange
In the exchange state, OSPF routers exchange database descriptor (DBD) packets. Database descriptors contain link-state advertisement (LSA) headers only and describe the contents of the entire link-state database.
Each DBD packet has a sequence number which can be incremented only by master which is explicitly acknowledged by slave. Routers also send link-state request packets and link-state update packets (which contain the entire LSA) in this state. The contents of the DBD received are compared to the information contained in the routers link-state database to check if new or more current link-state information is available with the neighbor.
Loading
In this state, the actual exchange of link state information occurs. Based on the information provided by the DBDs, routers send link-state request packets. The neighbor then provides the requested link-state information in link-state update packets. During the adjacency, if a router receives an outdated or missing LSA, it requests that LSA by sending a link-state request packet. All link-state update packets are acknowledged.
Full
In this state, routers are fully adjacent with each other. All the router and network LSAs are exchanged and the routers' databases are fully synchronized.
Full is the normal state for an OSPF router. If a router is stuck in another state, it is an indication that there are problems in forming adjacencies. The only exception to this is the 2-way state, which is normal in a broadcast network. Routers achieve the FULL state with their DR and BDR in NBMA/broadcast media and FULL state with every neighbor in the remaining media such as point-to-point and point-to-multipoint.
Note: The DR and BDR that achieve FULL state with every router on the segment will display FULL/DROTHER when you enter the show ip ospf neighbor command on either a DR or BDR. This simply means that the neighbor is not a DR or BDR, but since the router on which the command was entered is either a DR or BDR, this shows the neighbor as FULL/DROTHER.
NEW QUESTION: 3
企業は、ELB Application Load Balancerの背後にあるAmazon EC2インスタンスで構成された単一のAWS CloudFormationテンプレートに基づいて構築された実稼働環境で3層のWebアプリケーションを実行しています。インスタンスは、複数のアベイラビリティーゾーンにわたってEC2 Auto Scalingグループで実行されます。データは、リードレプリカを使用してAmazon RDS Multi-AZ DBインスタンスに保存されます。 Amazon Route 53は、アプリケーションのパブリックDNSレコードを管理します。
DevOpsエンジニアは、新しいアプリケーションソフトウェアでソフトウェアカットオーバーが発生した場合に、運用環境での変更をロールバックすることにより、失敗したソフトウェアの展開を軽減するワークフローを作成する必要があります。
最小のダウンタイムでこれらの要件を満たすために、エンジニアはどのような手順を実行する必要がありますか？
A. AWS CloudFormationを使用して追加のステージング環境をデプロイし、加重レコードでRoute 53 DNSを設定します。カットオーバー中に、ワークロードが正常に検証されると、より多くのトラフィックが新しいステージング環境に送られるように、重み分布を増やします。新しいステージング環境がすべてのトラフィックを処理するまで、古い実稼働環境を維持します。
B. 単一のAWS Elastic Beanstalk環境を使用して、ステージング環境と本番環境をデプロイします。
新しいアプリケーションコードでZIPファイルをアップロードして、環境を更新します。 Elastic Beanstalk環境CNAMEを交換します。新しい環境でトラフィックを検証し、テストが成功したらすぐに古い環境を終了します。
C. 単一のAWS Elastic Beanstalk環境とAWS OpsWorks環境を使用して、ステージング環境と本番環境をデプロイします。新しいアプリケーションコードを含むZIPファイルをOpsWorksスタックでデプロイされたElastic Beanstalk環境にアップロードして、環境を更新します。新しい環境でトラフィックを検証し、テストが成功したらすぐに古い環境を終了します。
D. CloudFormationを使用して追加のステージング環境を展開し、加重レコードでRoute 53 DNSを構成します。カットオーバー中に、Route 53 Aレコードの重みを変更して、2つの環境間でトラフィックを均等に分散させます。新しい環境でトラフィックを検証し、テストが成功したらすぐに古い環境を終了します。
Answer: A
NEW QUESTION: 4
You are given a risk-free rate of 3% per year, a portfolio return of 8% per year, and a standard deviation of portfolio return of 22% per year. What is the Sharpe measure of risk-adjusted performance?
A. 0.250.
B. 0.227.
C. 0.222.
D. 0.234.
Answer: B
Explanation:
Explanation/Reference:
Explanation:
The Sharpe measure of risk-adjusted performance is equal to (rbar_p - rbar_f)/sigma_p, where rbar_p is the mean portfolio return, rbar_f is the mean risk-free return, and sigma_p is the standard deviation of portfolio return. In our case, we have (8% - 3%) / 22% = 5/22 = 0.227.