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NEW QUESTION: 1
You are designing a SQL Server Integration Services (SSIS) package that uses the Fuzzy Lookup transformation.
The reference data to be used in the transformation does not change.
You need to reuse the Fuzzy Lookup match index to increase performance and reduce maintenance.
What should you do?
A. Execute the sp_FuzzyLookupTableMaintenanceUninstall stored procedure.
B. Select the DropExistingMatchlndex option in the Fuzzy Lookup Transformation Editor.
C. Execute the sp_FuzzyLookupTableMaintenanceInvoke stored procedure.
D. Select the GenerateNewIndex option in the Fuzzy Lookup Transformation Editor.
E. Select the GenerateAndPersistNewIndex option in the Fuzzy Lookup Transformation Editor.
Answer: E
Explanation:
Reference: http://msdn.microsoft.com/en-us/library/ms137786.aspx

NEW QUESTION: 2
Regarding fixed and variable costs, what are Finance's primary concerns?
A. Fixed costs must be kept to a minimum, but variable costs can fluctuate since they tend to correlate
with revenue.
B. Fixed costs are not a concern because they cannot be changed, so the focus is primarily on variable
costs.
C. Fixed costs and variable costs are equally important and both should be kept to a minimum.
D. Variable costs often have a heavier focus than fixed costs, which applies to all areas, including
compensation.
Answer: D

NEW QUESTION: 3
Which two configuration changes should be made on the OTP interface of an EIGRP OTP route reflector? (Choose two.)
A. no split-horizon
B. no next-hop-self
C. hello-interval 60, hold-time 180
D. passive-interface
Answer: A,B
Explanation:
The EIGRP Over the Top feature enables a single end-to-end Enhanced Interior Gateway Routing Protocol (EIGRP) routing domain that is transparent to the underlying public or private WAN transport that is used for connecting disparate EIGRP customer sites. When an enterprise extends its connectivity across multiple sites through a private or a public WAN connection, the service provider mandates that the enterprise use an additional routing protocol, typically the Border Gateway Protocol (BGP), over the WAN links to ensure end-to-end routing. The use of an additional protocol causes additional complexities for the enterprise, such as additional routing processes and sustained interaction between EIGRP and the routing protocol to ensure connectivity, for the enterprise. With the EIGRP Over the Top feature, routing is consolidated into a single protocol (EIGRP) across the WAN.
Perform this task to configure a customer edge (CE) device in a network to function as an EIGRP Route Reflector:
1.enable
2.configure terminal
3.router eigrp virtual-name
4.address-family ipv4 unicast autonomous-system as-number
5.af-interface interface-type interface-number
6.no next-hop-self
7.no split-horizon
8.exit
9.remote-neighbors source interface-type interface-number unicast-listen lisp-encap
10.
network ip-address
11.
end Note. Use no next-hop-self to instruct EIGRP to use the received next hop and not the local outbound interface address as the next hop to be advertised to neighboring devices. If no next-hop-self is not configured, the data traffic will flow through the EIGRP Route Reflector.
Reference. http://www.cisco.com/c/en/us/td/docs/ios-xml/ios/iproute_eigrp/configuration/xe-3s/irexe-3s-book/ire-eigrp-over-the-top.html

NEW QUESTION: 4
Which one of the following is a key agreement protocol used to enable two entities to agree and generate a session key (secret key used for one session) over an insecure medium without any prior secrets or communications between the entities? The negotiated key will subsequently be used for message encryption using Symmetric Cryptography.
A. PKI
B. 3DES
C. RSA
D. Diffie_Hellmann
Answer: D
Explanation:
The Diffie-Hellman key agreement protocol (also called exponential key agreement) was developed by Diffie and Hellman [DH76] in 1976 and published in the ground-breaking paper "New Directions in Cryptography." The protocol allows two users to exchange a secret key over an insecure medium without any prior secrets.
The protocol has two system parameters p and g. They are both public and may be used by all the users in a system. Parameter p is a prime number and parameter g (usually called a generator) is an integer less than p, with the following property: for every number n between 1 and p-1 inclusive, there is a power k of g such that n = gk mod p.
Suppose Alice and Bob want to agree on a shared secret key using the Diffie-Hellman key agreement protocol. They proceed as follows: First, Alice generates a random private value a and Bob generates a random private value b. Both a and b are drawn from the set of integers . Then they derive their public values using parameters p and g and their private values. Alice's public value is ga mod p and Bob's public value is gb mod p. They then exchange their public values. Finally, Alice computes gab = (gb)a mod p, and Bob computes gba = (ga)b mod p. Since gab = gba = k, Alice and Bob now have a shared secret key k.
The protocol depends on the discrete logarithm problem for its security. It assumes that it is computationally infeasible to calculate the shared secret key k = gab mod p given the two public values ga mod p and gb mod p when the prime p is sufficiently large. Maurer [Mau94] has shown that breaking the Diffie-Hellman protocol is equivalent to computing discrete logarithms under certain assumptions.
The Diffie-Hellman key exchange is vulnerable to a man-in-the-middle attack. In this attack, an opponent Carol intercepts Alice's public value and sends her own public value to Bob. When Bob transmits his public value, Carol substitutes it with her own and sends it to Alice. Carol and Alice thus agree on one shared key and Carol and Bob agree on another shared key. After this exchange, Carol simply decrypts any messages sent out by Alice or Bob, and then reads and possibly modifies them before re-encrypting with the appropriate key and transmitting them to the other party. This vulnerability is present because Diffie-Hellman key exchange does not authenticate the participants. Possible solutions include the use of digital signatures and other protocol variants.
The authenticated Diffie-Hellman key agreement protocol, or Station-to-Station (STS) protocol, was developed by Diffie, van Oorschot, and Wiener in 1992 [DVW92] to defeat the man-in-themiddle attack on the Diffie-Hellman key agreement protocol. The immunity is achieved by allowing the two parties to authenticate themselves to each other by the use of digital signatures (see
Question 2
.2.2) and public-key certificates (see Question 4.1.3.10).
Roughly speaking, the basic idea is as follows. Prior to execution of the protocol, the two parties Alice and Bob each obtain a public/private key pair and a certificate for the public key. During the protocol, Alice computes a signature on certain messages, covering the public value ga mod p. Bob proceeds in a similar way. Even though Carol is still able to intercept messages between Alice and Bob, she cannot forge signatures without Alice's private key and Bob's private key. Hence, the
enhanced protocol defeats the man-in-the-middle attack.
In recent years, the original Diffie-Hellman protocol has been understood to be an example of a
much more general cryptographic technique, the common element being the derivation of a
shared secret value (that is, key) from one party's public key and another party's private key. The
parties' key pairs may be generated anew at each run of the protocol, as in the original Diffie-
Hellman protocol. The public keys may be certified, so that the parties can be authenticated and
there may be a combination of these attributes. The draft ANSI X9.42 (see
Question 5
.3.1)
illustrates some of these combinations, and a recent paper by Blake-Wilson, Johnson, and
Menezes provides some relevant security proofs.
References:
TIPTON, et. al., Official (ISC)2 Guide to the CISSP CBK 2007 edition, page 257.
And
RSA laboratoires web site: http://www.rsa.com/rsalabs/node.asp?id=2248 :

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