NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

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> J' userlist.txt newlist.txt
D. tr '\r' '\n' userlist.txt newlist.txt
E. tr -c '\n\r' '' < newlist.txt > userlist.txt
Answer: B

NEW QUESTION: 4
Identify the type of authentication mechanism represented below:

A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

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  J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

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  J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

  Exam Questions with Experts Reviews. PDF includes all updated objectives of J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

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  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

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  questions into Topics and Objectives. Real J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

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  • J' userlist.txt newlist.txt
    D. tr '\r' '\n' userlist.txt newlist.txt
    E. tr -c '\n\r' '' < newlist.txt > userlist.txt
    Answer: B
    
    

    NEW QUESTION: 4
    Identify the type of authentication mechanism represented below:
    
    A. NTLMv1
    B. LAN Manager Hash
    C. Kerberos
    D. NTLMv2
    Answer: C
    Explanation:
    The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
    When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
    Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
    
    

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  • Download Free J' userlist.txt newlist.txt
    D. tr '\r' '\n' userlist.txt newlist.txt
    E. tr -c '\n\r' '' < newlist.txt > userlist.txt
    Answer: B
    
    

    NEW QUESTION: 4
    Identify the type of authentication mechanism represented below:
    
    A. NTLMv1
    B. LAN Manager Hash
    C. Kerberos
    D. NTLMv2
    Answer: C
    Explanation:
    The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
    When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
    Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
    
    

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NEW QUESTION: 1
A customer would like to replace a POWER6 server that is running an AIX in-house application at SMT2, with a new POWER8 system. The customer would like to know the relative performance of the servers.
Which resource provides the SMT2 performance of the two systems?
A. IBM Power Systems Facts and Features
B. IBM Systems Workload Estimator
C. IBM Power Systems Performance Report
D. IBM Performance Management for Power Systems
Answer: D

NEW QUESTION: 2
You set the following parameters in the parameter file and restart the database instance:
NEMORY_MAX_TARGET=0
MEMORY__TARGET=500M
PGA_AGGREGATE_TARGET=90M
SGA_TARGET=270M
Which two statements are true?
A. The instance does not start up because Automatic Memory Management (AMM) is enabled but pga_aggregate_target and sga_target parameters are set to nonzero values.
B. The value of the memory_max_target parameter remains zero for the database instance.
C. The lower limits of the pga_aggregate_target and sga_target parameters are set to 90 MB and 270 MB respectively.
D. The pga_aggregate_target and sga_target parameters are automatically set to zero.
E. The memory_max_target parameter is automatically set to 500 MB.
Answer: A,B
Explanation:
Explanation/Reference:
Explanation:

NEW QUESTION: 3

A. tr '\r\n' '' < userlist.txt > newlist.txt
B. tr -d '\r' < userlist.txt > newlist.txt
C. tr -s '

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• OmniStudio-Developer J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

  Exam based on Real Questions
• Include Multiple Choice, Drag Drop and Lab Scenario
• Easy to use and downloadable PDF for J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

  Exam
• Free Demo Available for Exam J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

• OmniStudio-Developer Experts Verified Answers for J' userlist.txt newlist.txt
  D. tr '\r' '\n' userlist.txt newlist.txt
  E. tr -c '\n\r' '' < newlist.txt > userlist.txt
  Answer: B
  
  

  NEW QUESTION: 4
  Identify the type of authentication mechanism represented below:
  
  A. NTLMv1
  B. LAN Manager Hash
  C. Kerberos
  D. NTLMv2
  Answer: C
  Explanation:
  The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
  When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
  Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)
  
  

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A. NTLMv1
B. LAN Manager Hash
C. Kerberos
D. NTLMv2
Answer: C
Explanation:
The client authenticates itself to the Authentication Server (AS) which forwards the username to a key distribution center (KDC). The KDC issues a ticket granting ticket (TGT), which is time stamped, encrypts it using the user's password and returns the encrypted result to the user's workstation. This is done infrequently, typically at user logon; the TGT expires at some point, though may be transparently renewed by the user's session manager while they are logged in.
When the client needs to communicate with another node ("principal" in Kerberos parlance) the client sends the TGT to the ticket granting service (TGS), which usually shares the same host as the KDC. After verifying the TGT is valid and the user is permitted to access the requested service, the TGS issues a ticket and session keys, which are returned to the client. The client then sends the ticket to the service server (SS) along with its service request.
Reference:http://en.wikipedia.org/wiki/Kerberos_(protocol)

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