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NEW QUESTION: 1
Which of the following is protocol data unit (PDU) of transport layer in TCP/IP model?
A. Packet
B. Frame
C. Segment
D. Data
Answer: C
Explanation:
Explanation/Reference:
For your exam you should know below information about TCP/IP model:
Network models

Layer 4. Application Layer
Application layer is the top most layer of four layer TCP/IP model. Application layer is present on the top of the Transport layer. Application layer defines TCP/IP application protocols and how host programs interface with Transport layer services to use the network.
Application layer includes all the higher-level protocols like DNS (Domain Naming System), HTTP (Hypertext Transfer Protocol), Telnet, SSH, FTP (File Transfer Protocol), TFTP (Trivial File Transfer Protocol), SNMP (Simple Network Management Protocol), SMTP (Simple Mail Transfer Protocol) , DHCP (Dynamic Host Configuration Protocol), X Windows, RDP (Remote Desktop Protocol) etc.
Layer 3. Transport Layer
Transport Layer is the third layer of the four layer TCP/IP model. The position of the Transport layer is between Application layer and Internet layer. The purpose of Transport layer is to permit devices on the source and destination hosts to carry on a conversation. Transport layer defines the level of service and status of the connection used when transporting data.
The main protocols included at Transport layer are TCP (Transmission Control Protocol) and UDP (User Datagram Protocol).
Layer 2. Internet Layer
Internet Layer is the second layer of the four layer TCP/IP model. The position of Internet layer is between Network Access Layer and Transport layer. Internet layer pack data into data packets known as IP datagram's, which contain source and destination address (logical address or IP address) information that is used to forward the datagram's between hosts and across networks. The Internet layer is also responsible for routing of IP datagram's.
Packet switching network depends upon a connectionless internetwork layer. This layer is known as Internet layer. Its job is to allow hosts to insert packets into any network and have them to deliver independently to the destination. At the destination side data packets may appear in a different order than they were sent. It is the job of the higher layers to rearrange them in order to deliver them to proper network applications operating at the Application layer.
The main protocols included at Internet layer are IP (Internet Protocol), ICMP (Internet Control Message Protocol), ARP (Address Resolution Protocol), RARP (Reverse Address Resolution Protocol) and IGMP (Internet Group Management Protocol).
Layer 1. Network Access Layer
Network Access Layer is the first layer of the four layer TCP/IP model. Network Access Layer defines details of how data is physically sent through the network, including how bits are electrically or optically signaled by hardware devices that interface directly with a network medium, such as coaxial cable, optical fiber, or twisted pair copper wire.
The protocols included in Network Access Layer are Ethernet, Token Ring, FDDI, X.25, Frame Relay etc.
The most popular LAN architecture among those listed above is Ethernet. Ethernet uses an Access Method called CSMA/CD (Carrier Sense Multiple Access/Collision Detection) to access the media, when Ethernet operates in a shared media. An Access Method determines how a host will place data on the medium.
IN CSMA/CD Access Method, every host has equal access to the medium and can place data on the wire when the wire is free from network traffic. When a host wants to place data on the wire, it will check the wire to find whether another host is already using the medium. If there is traffic already in the medium, the host will wait and if there is no traffic, it will place the data in the medium. But, if two systems place data on the medium at the same instance, they will collide with each other, destroying the data. If the data is destroyed during transmission, the data will need to be retransmitted. After collision, each host will wait for a small interval of time and again the data will be retransmitted.
Protocol Data Unit (PDU) :
Protocol Data Unit - PDU

The following answers are incorrect:
Data - Application layer PDU
Packet - Network interface layer PDU
Frame/bit - LAN or WAN interface layer PDU
The following reference(s) were/was used to create this question:
CISA review manual 2014 page number 272

NEW QUESTION: 2
Service technicians stock parts in their vans to fix most common problems. You need to track the parts stocked in each van.
Which feature should you implement?
A. Warehouse
B. Product Inventory
C. Customer Assets
D. Custom Entities
Answer: B

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com.
You currently have an intranet web site that is hosted by two Web servers named Web1 and Web2. Web1 and Web2 run Windows Server 2012.
Users use the name intranet.contoso.com to request the web site and use DNS round robin.
You plan to implement the Network Load Balancing (NLB) feature on Web1 and Web2.
You need to recommend changes to the DNS records for the planned implementation.
What should you recommend?
A. Delete both host (A) records named Intranet. Create a pointer (PTR) record for each Web server.
B. Create a service locator (SRV) record. Map the SRV record to Intranet.
C. Delete one of the host (A) records named Intranet. Modify the remaining host (A) record named Intranet.
D. Create a new host (A) record named Intranet. Remove both host (A) records for Web1 and Web2.
Answer: C
Explanation:
Explanation/Reference:
Explanation:
We are currently using Round Robin. We therefore have two host (A) records named "intranet" in DNS:
one pointing to the IP address of Web1 and one pointing to the IP address of Web2.
To move to Network Load Balancing (NLB), we just need one host (A) record pointing to the NLB cluster IP address. Therefore, the solution is to delete one of the "intranet" host (A) records and point the remaining
"intranet" host (A) record to the NLB cluster IP address.

NEW QUESTION: 4



A. permit ip 172.16.16.10 eq 80 192.168.1.0 0.0.0.255 eq 2300
B. permit ip host 172.16.16.10 eq 80 host 192.168.1.0 0.0.0.255 eq 2300
C. permit tcp host 172.16.16.10 eq 80 host 192.168.1.11 eq 2300
D. permit tcp any eq 80 host 192.168.1.11 eq 2300
Answer: C
Explanation:
http://www.cisco.com/en/US/docs/security/security_management/cisco_security_manager/ security_manager/4.1/user/guide/fwinsp.html
Understanding Inspection Rules
Inspection rules configure Context-Based Access Control (CBAC) inspection commands.
CBAC inspects traffic that travels through the device to discover and manage state information for TCP and UDP sessions. The device uses this state information to create temporary openings to allow return traffic and additional data connections for permissible sessions.
CBAC creates temporary openings in access lists at firewall interfaces. These openings are created when inspected traffic exits your internal network through the firewall. The openings allow returning traffic (that would normally be blocked) and additional data channels to enter your internal network back through the firewall. The traffic is allowed back through the firewall only if it is part of the same session as the original traffic that triggered inspection when exiting through the firewall.
Inspection rules are applied after your access rules, so any traffic that you deny in the access rule is not inspected. The traffic must be allowed by the access rules at both the input and output interfaces to be inspected. Whereas access rules allow you to control connections at layer 3 (network, IP) or 4 (transport, TCP or UDP protocol), you can use inspection rules to control traffic using application-layer protocol session information.
For all protocols, when you inspect the protocol, the device provides the following functions:
*Automatically opens a return path for the traffic (reversing the source and destination addresses), so that you do not need to create an access rule to allow the return traffic.
Each connection is considered a session, and the device maintains session state information and allows return traffic only for valid sessions. Protocols that use TCP contain explicit session information, whereas for UDP applications, the device models the equivalent of a session based on the source and destination addresses and the closeness in time of a sequence of UDP packets.
These temporary access lists are created dynamically and are removed at the end of a session.
*Tracks sequence numbers in all TCP packets and drops those packets with sequence numbers that are not within expected ranges.
*Uses timeout and threshold values to manage session state information, helping to determine when to drop sessions that do not become fully established. When a session is dropped, or reset, the device informs both the source and destination of the session to reset the connection, freeing up resources and helping to mitigate potential Denial of
Service (DoS) attacks.