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NEW QUESTION: 1
In Frame Relay, FECN messages indicating congestion are sent or received by which of following?
A. Sent by the destination
B. Sent by the sender
C. Received by the sender
D. Received by the destination
Answer: D
Explanation:
Congestion control
The Frame Relay network uses a simplified protocol at each switching node. It achieves simplicity
by omitting link-by-link flow-control. As a result, the offered load has largely determined the
performance of Frame Relay networks. When offered load is high, due to the bursts in some
services, temporary overload at some Frame Relay nodes causes a collapse in network
throughput. Therefore, frame-relay networks require some effective mechanisms to control the
congestion. Congestion control in frame-relay networks includes the following elements:
Admission Control provides the principal mechanism used in Frame Relay to ensure the
guarantee of resource requirement once accepted. It also serves generally to achieve high
network performance. The network decides whether to accept a new connection request, based
on the relation of the requested traffic descriptor and the network's residual capacity. The traffic
descriptor consists of a set of parameters communicated to the switching nodes at call set-up time
or at service-subscription time, and which characterizes the connection's statistical properties.
The traffic descriptor consists of three elements:
Committed Information Rate (CIR) - The average rate (in bit/s) at which the network guarantees to
transfer information units over a measurement interval T.
This T interval is defined as: T = Bc/CIR.
Committed Burst Size (BC) - The maximum number of information units transmittable during the interval T.
Excess Burst Size (BE) - The maximum number of uncommitted information units (in
bits) that the network will attempt to carry during the interval.
Once the network has established a connection, the edge node of the Frame Relay network must
monitor the connection's traffic flow to ensure that the actual usage of network resources does not
exceed this specification. Frame Relay defines some restrictions on the user's information rate. It
allows the network to enforce the end user's information rate and discard information when the
subscribed access rate is exceeded.
Explicit congestion notification is proposed as the congestion avoidance policy. It tries to keep the
network operating at its desired equilibrium point so that a certain Quality of Service (QoS) for the
network can be met. To do so, special congestion control bits have been incorporated into the
address field of the Frame Relay:
FECN and BECN. The basic idea is to avoid data accumulation inside the network.
FECN means Forward Explicit Congestion Notification. The FECN bit can be set to 1 to indicate
that congestion was experienced in the direction of the frame transmission, so it informs the
destination that congestion has occurred. BECN means Backwards Explicit Congestion
Notification. The BECN bit can be set to 1 to indicate that congestion was experienced in the
network in the direction opposite of the frame transmission, so it informs the sender that congestion has occurred.
NEW QUESTION: 2
A. Option B
B. Option A
C. Option D
D. Option C
Answer: D
Explanation:
Explanation
Cisco IP security (IPsec) authentication provides anti-replay protection against an attacker duplicating encrypted packets by assigning a unique sequence number to each encrypted packet. The decryptor keeps track of which packets it has seen on the basis of these numbers. Currently, the default window size is 64 packets.
Generally, this number (window size) is sufficient, but there are times when you may want to expand this window size. The IPsec Anti-Replay Window: Expanding and Disabling feature allows you to expand the window size, allowing the decryptor to keep track of more than 64 packets.
NEW QUESTION: 3
組織は、Elastic Beanstalkを使用して非常にスケーラブルなアプリケーションをセットアップしています。
彼らは、Elastic Load Balancing（ELB）とパブリックおよびプライベートサブネットを持つVirtual Private Cloud（VPC）を使用しています。次の要件があります。
-すべてのEC2インスタンスにはプライベートIPが必要です
-すべてのEC2インスタンスは、ELBを介してデータを受信する必要があります。
これらのどれがこのセットアップに必要ではないでしょうか？
A. ELBとNATをパブリックサブネットの一部としてのみ構成します。
B. すべてのインバウンドトラフィックをELBからEC2インスタンスにルーティングするルーティングルールを作成します。
C. EC2インスタンスからのすべてのアウトバウンドトラフィックをNAT経由でルーティングするルーティングルールを作成します。
D. パブリックサブネットのみでEC2インスタンスを起動します。
Answer: D
Explanation:
Explanation
The Amazon Virtual Private Cloud (Amazon VPC) allows the user to define a virtual networking environment in a private, isolated section of the Amazon Web Services (AWS) cloud. The user has complete control over the virtual networking environment. If the organization wants the Amazon EC2 instances to have a private IP address, he should create a public and private subnet for VPC in each Availability Zone (this is an AWS Elastic Beanstalk requirement). The organization should add their public resources, such as ELB and NAT to the public subnet, and AWC Elastic Beanstalk will assign them unique elastic IP addresses (a static, public IP address). The organization should launch Amazon EC2 instances in a private subnet so that AWS Elastic Beanstalk assigns them non-routable private IP addresses. Now the organization should configure route tables with the following rules:
http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/AWSHowTo-vpc.html