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NEW QUESTION: 1
Which two are Cisco IP phones that are Bluetooth-enabled devices? (Choose two.)
A. Cisco IP Communicator
B. Cisco Unified IP Phone 7925G
C. Cisco Unified IP Phone 9971
D. Cisco Unified IP Phone 6900 Series
E. Cisco Unified IP Phone 8961 Series
Answer: B,C

NEW QUESTION: 2
On Cisco routers, which three methods can be used to map traffic into the MPLS traffic engineering tunnel?
(Choose three.)
A. static routing
B. optimized edge routing
C. policy-based routing
D. autoroute
E. on-demand routing
Answer: A,C,D

NEW QUESTION: 3
Which IPsec transform set provides the strongest protection?
A. crypto ipsec transform-set 1 esp-3des esp-sha-hmac
B. crypto ipsec transform-set 6 esp-des esp-md5-hmac
C. crypto ipsec transform-set 5 esp-des esp-sha-hmac
D. crypto ipsec transform-set 3 esp-aes 256 esp-sha-hmac
E. crypto ipsec transform-set 4 esp-aes esp-md5-hmac
F. crypto ipsec transform-set 2 esp-3des esp-md5-hmac
Answer: D
Explanation:
http://www.cisco.com/en/US/docs/security/security_management/cisco_security_manager/ security_manager/4.1/user/guide/vpipsec.html Table 22-2 IKEv2 Proposal Dialog Box Name The name of the policy object. A maximum of 128 characters is allowed. Description A description of the policy object. A maximum of 1024 characters is allowed. Priority The priority value of the IKE proposal. The priority value determines the order of the IKE proposals compared by the two negotiating peers when attempting to find a common security association (SA). If the remote IPsec peer does not support the parameters selected in your first priority policy, the device tries to use the parameters defined in the policy with the next lowest priority number. Valid values range from 1 to 65535. The lower the number, the higher the priority. If you leave this field blank, Security Manager assigns the lowest unassigned value starting with 1, then 5, then continuing in increments of 5. Encryption Algorithm The encryption algorithm used to establish the Phase 1 SA for protecting Phase 2 negotiations. Click Select and select all of the algorithms that you want to allow in the VPN:
AES-Encrypts according to the Advanced Encryption Standard using 128-bit keys.
AES-192-Encrypts according to the Advanced Encryption Standard using 192-bit keys.
AES-256-Encrypts according to the Advanced Encryption Standard using 256-bit keys.
DES-Encrypts according to the Data Encryption Standard using 56-bit keys.
3DES-Encrypts three times using 56-bit keys. 3DES is more secure than DES, but
requires more processing for encryption and decryption. It is less secure than AES. A
3DES license is required to use this option.
Null-No encryption algorithm.
Integrity (Hash) Algorithm
The integrity portion of the hash algorithm used in the IKE proposal. The hash algorithm
creates a message digest, which is used to ensure message integrity. Click Select and
select all of the algorithms that you want to allow in the VPN:
SHA (Secure Hash Algorithm)-Produces a 160-bit digest. SHA is more resistant to brute-
force attacks than MD5.
MD5 (Message Digest 5)-Produces a 128-bit digest. MD5 uses less processing time than
SHA.
Prf Algorithm The pseudo-random function (PRF) portion of the hash algorithm used in the
IKE proposal. In IKEv1, the Integrity and PRF algorithms are not separated, but in IKEv2,
you can specify different algorithms for these elements. Click Select and select all of the
algorithms that you want to allow in the VPN:
SHA (Secure Hash Algorithm)-Produces a 160-bit digest. SHA is more resistant to brute-
force attacks than MD5.
MD5 (Message Digest 5)-Produces a 128-bit digest. MD5 uses less processing time than
SHA.
Modulus Group
The Diffie-Hellman group to use for deriving a shared secret between the two IPsec peers
without transmitting it to each other. A larger modulus provides higher security but requires
more processing time. The two peers must have a matching modulus group. Click Select
and select all of the groups that you want to allow in the
VPN:
1-Diffie-Hellman Group 1 (768-bit modulus).
2-Diffie-Hellman Group 2 (1024-bit modulus). This is the minimum recommended setting.
5-Diffie-Hellman Group 5 (1536-bit modulus, considered good protection for 128-bit
keys). Select this option if you are using AES encryption.
Lifetime
The lifetime of the security association (SA), in seconds. When the lifetime is exceeded, the SA expires and must be renegotiated between the two peers. As a general rule, the shorter the lifetime (up to a point), the more secure your IKE negotiations will be. However, with longer lifetimes, future IPsec security associations can be set up more quickly than with shorter lifetimes. You can specify a value from 120 to 2147483647 seconds. The default is 86400. Category The category assigned to the object. Categories help you organize and identify rules and objects. See Using Category Objects, page 6-9.

NEW QUESTION: 4
Powerful Performance Presenters (PPP) is a performance attribution and evaluation firm for pension consulting firms and has recently been hired by Stober and Robertson to conduct a performance attribution analysis for TopTech. Tom Harrison and Wendy Powell are the principals for PPP. Although performance attribution has come under fire lately because of its shortcomings, Stober believes PPP provides a needed service to its clients. Robertson shares Stober's view of performance attribution analysis.
Stober and Robertson request that Harrison and Powell provide a discussion of performance measures.
During a conversation on complements to attribution analysis, Harrison notes the uses of the Treynor ratio.
He states that the Treynor ratio is appropriate only when the investor's portfolio is well diversified. Powell states that the Sharpe ratio and the Treynor ratio will typically yield the same performance rankings for a set of portfolios.
Stober requests that PPP do some performance attribution calculations on TopTech's managers. In order to facilitate the analysis, Stober provides the information in the following table:

Harrison states one of PPP's services is that it will determine if TopTech has chosen a valid benchmark.
Stoher volunteers that indeed his firm's benchmark possesses the properties of a valid benchmark and describes its composition. The benchmark has the following characteristics:
* It uses the top 10% of U.S. portfolio managers each year in each asset class as the benchmark for TopTech managers;
* TopTech is very careful to make sure that its managers are familiar with the securities in each benchmark asset class;
* The identities and weights of various securities in the TopTech benchmark are clearly defined.
During a presentation to Stober, Robertson, and other TopTech executives, Harrison and Powell describe how macro attribution analysis can decompose an entire fund's excess returns into various levels. In his introduction, Robertson delineates the six levels as net contributions, risk-free return, asset categories, benchmarks, investment managers, and allocations effects.
Robertson states that TopTech has performed impressively at the investment managers level tor three years in a row. Harrison and Powell then describe the levels in greater detail. Harrison describes the benchmark level as the difference between active managers' returns and their benchmark returns. Powell states that the investment managers' level reflects the returns to active management on the part of the fund's managers, weighted by the amount actually allocated to each manager.
At the request of Stober, Harrison and Powell explore alternatives to the benchmark TopTech is currently using for its small-cap value manager. After some investigation of the small-cap value manager's emphasis, Harrison and Powell derive four potential custom benchmarks and calculate two measures to evaluate the benchmarks: (1) the return to the manager's active management or A = portfolio return - benchmark return; and (2) the return to the manager's style or S = benchmark return - broad market return.
The following characteristics are presented below for each benchmark: (1) the beta between the benchmark and the small-cap value portfolio; (2) the tracking error (i.e., the standard deviation of A); (3) the turnover of the benchmark; and (4) the correlation between A and S.

Harrison and Powell evaluate the benchmarks based on the four measures.
Based on an overall attribution analysis, does TopTech demonstrate superior ability to select stocks?
A. No, the within-sector selection effect is -4.5%.
B. No, the within-sector selection effect is -3.2%.
C. Yes, the within-sector selection effect is 1.3%.
Answer: A
Explanation:
Explanation/Reference:
Explanation:
The within-sector selection effect measures the manager's ability to select superior securities to represent each sector in the portfolio. It is the sum of the weight for each sector in the benchmark times the difference in that sector's return in the portfolio and in the benchmark.
Within sector selection effect = (0.60)(0.187 - 0.286) + 0.25(0.158 - 0.124) + (0.15) (0.125 - 0.0885) = -
0.0594 + 0.0085 + 0.0055 = -0.0454 = -4.54%.
In sum, in the financial and large cap sectors, the manager chose superior stocks, so they show superior ability there. The overall within-sector selection effect is negative (-4.54%), however, so they do not show a consistent overall ability to select stocks.
The remaining component of attribution analysis (the allocation/selection interaction effect) can be calculated as the difference between the portfolio and benchmark weights for each sector multiplied by the difference between the return for the sector in the portfolio and the return for the sector in the benchmark.
The total allocation/ selection interaction effect is the sum of these products.
Allocation/selection interaction effect = (0.50 - 0.60)(0.187 - 0.286) + (0.30 - 0.25) (0.158 - 0.124) + (0.20 -
0.15)(0.125 - 0.0885) = 0.0099 + 0.0017 + 0.0018 = 0.0134= 1.34%.
The total excess return for the manager is then -1.80% + 1.34% - 4.54% = -5-00%.
This should be equal to the excess return calculated using the total returns for the benchmark and the portfolio. The total return for the benchmark is calculated above as 21.6%. For the portfolio it is: = (0.5) (0.187) + (0.3)(0.158) + (0.2)(0.125) = 16.6%. Thus the excess return calculated using the total returns for the portfolio and the benchmark is 16.6% - 21.6% = -5.0%. (Study Session 17, LOS 47.1)