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NEW QUESTION: 1
シナリオ:Citrix Architectは、小売チェーンに代わって、XenAppおよびXenDesktop環境の概念アーキテクチャを作成する必要があります。会社のビジネスの目標と目的に関する最初の議論に基づいて、アーキテクトは別紙に示されている情報を収集しました。
[展示]ボタンをクリックして、情報を表示します。

アーキテクトが推奨する配信モデルはどれですか?
A. Citrix Cloudのシングルサイト、単一のパブリッククラウドリソースの場所
B. マルチサイト、単一のオンプレミスデータセンター
C. マルチサイト、単一ゾーン、複数のパブリッククラウドリソースの場所
D. シングルサイト、シングルゾーン、シングルオンプレミスのデータセンター
E. 単一サイトのCitrix Cloud、単一のオンプレミスリソースの場所
Answer: E

NEW QUESTION: 2
SVN3000 product extensions supported by the network access methods,including what?(Choose three)
A. Full- channel mode (Full Tunnel)
B. Routing (route Tunnel)
C. Manually (Manual Tunnel)
D. Separation channel mode (Split Tunnel)
Answer: A,C,D

NEW QUESTION: 3
In which of the following WAN message transmission technique messages are divided into packets before they are sent and each packet is then transmitted individually and can even follow different routes to its destination?
A. Virtual Circuits
B. Packet switching
C. Message Switching
D. Circuit switching
Answer: B
Explanation:
Explanation/Reference:
For your exam you should know below information about WAN message transmission technique:
Message Switching
Message switching is a network switching technique in which data is routed in its entirety from the source node to the destination node, one hope at a time. During message routing, every intermediate switch in the network stores the whole message. If the entire network's resources are engaged or the network becomes blocked, the message-switched network stores and delays the message until ample resources become available for effective transmission of the message.
Message Switching

Image from: http://ecomputernotes.com/images/Message-Switched-data-Network.jpg Packet Switching Refers to protocols in which messages are divided into packets before they are sent. Each packet is then transmitted individually and can even follow different routes to its destination. Once all the packets forming a message arrive at the destination, they are recompiled into the original message.
Packet Switching

Image from: http://upload.wikimedia.org/wikipedia/commons/f/f6/Packet_Switching.gif Circuit Switching Circuit switching is a methodology of implementing a telecommunications network in which two network nodes establish a dedicated communications channel (circuit) through the network before the nodes may communicate.
The circuit guarantees the full bandwidth of the channel and remains connected for the duration of the session. The circuit functions as if the nodes were physically connected similar to an electrical circuit.
The defining example of a circuit-switched network is the early analog telephone network. When a call is made from one telephone to another, switches within the telephone exchanges create a continuous wire circuit between the two telephones, for as long as the call lasts.
In circuit switching, the bit delay is constant during a connection, as opposed to packet switching, where packet queues may cause varying and potentially indefinitely long packet transfer delays. No circuit can be degraded by competing users because it is protected from use by other callers until the circuit is released and a new connection is set up. Even if no actual communication is taking place, the channel remains reserved and protected from competing users.
Circuit Switching

Image from: http://www.louiewong.com/wp-content/uploads/2010/09/Circuit_Switching.jpg See a table below comparing Circuit Switched versus Packet Switched networks:
Difference between Circuit and packet switching

Image from:http://www.hardware-one.com/reviews/network-guide-2/images/packet-vs-circuit.gif Virtual circuit In telecommunications and computer networks, a virtual circuit (VC), synonymous with virtual connection and virtual channel, is a connection oriented communication service that is delivered by means of packet mode communication.
After a connection or virtual circuit is established between two nodes or application processes, a bit stream or byte stream may be delivered between the nodes; a virtual circuit protocol allows higher level protocols to avoid dealing with the division of data into segments, packets, or frames.
Virtual circuit communication resembles circuit switching, since both are connection oriented, meaning that in both cases data is delivered in correct order, and signaling overhead is required during a connection establishment phase. However, circuit switching provides constant bit rate and latency, while these may vary in a virtual circuit service due to factors such as:
varying packet queue lengths in the network nodes,
varying bit rate generated by the application,
varying load from other users sharing the same network resources by means of statistical multiplexing, etc.
The following were incorrect answers:
The other options presented are not valid choices.
The following reference(s) were/was used to create this question:
CISA review manual 2014 Page number 265

NEW QUESTION: 4
What happens to manual changes in the file $FWDIR/conf/local.arp when adding Proxy ARP entries through the GAiA portal or Clish?
A. They are merged with the new entries added from the GAiA Portal / Clish.
B. They are overwritten.
C. Nothing.
D. If the file $FWDIR/conf/local.arp has been edited manually, you are not able to add Proxy ARP entries through the GAiA portal or Clish.
Answer: B