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NEW QUESTION: 1
Which one of the following statements BEST describes the operation of
the Digital Signature Algorithm (DSA) (National Institute of Standards
and Technology, NIST FIPS PUB 186, Digital Signature Standard,
A. A message of < 264 bits is input to the Secure Hash Algorithm (SHA), and the resultant message digest of 160 bits is fed into the DSA, which generates the digital signature of the message.
B. A message of < 264 bits is input to the DSA, and the resultant message digest of 160 bits is fed into the Secure Hash Algorithm (SHA), which generates the digital signature of the message.
C. A message of < 264 bits is input to the Secure Hash Algorithm (SHA), and the resultant message digest of 128 bits is fed into the DSA, which generates the digital signature of the message.
D. A message of < 264 bits is input to the Secure Hash Algorithm (SHA), and the resultant message digest of 160 bits is used as the digital signature of the message.
Answer: A
Explanation:
The correct answer describes the proper sequence of operating on the message and has the correct value of 160 bits for the SHAmessage digest. At the receiving end, the message is fed into the SHA, and the result is compared to the received message digest to verify the signature. *Answer "A message of < 264 bits is input to the DSA, and the resultant message digest of 160 bits is fed into the Secure Hash Algorithm (SHA), which generates the digital signature of the message" is incorrect since the order of the DSA and SHA are in reverse sequence from the correct order of their application.
*Answer "A message of < 264 bits is input to the Secure Hash Algorithm (SHA),
and the resultant message digest of 128 bits is fed into the DSA,
which generates the digital signature of the message." is incorrect since it has the incorrect value
of 128 bits for the message digest produced by the SHa.
*Answer "A message of < 264 bits is input to the Secure Hash Algorithm (SHA),
and the resultant message digest of 160 bits is used as the digital
signature of the message" is incorrect since the message digest has to be fed into the DSA to
generate the digital signature of
the message.
NEW QUESTION: 2
Which of these statements best describes the major difference between an IPv4compatible tunnel and a 6to4 tunnel?
A. An IPv4-compatible tunnel is typically used only between two IPv6 domains, but a 6to4 tunnel is used to connect to connect two or more IPv6 domains.
B. An IPv4-compatible tunnel is a static tunnel, but an 6to4 tunnel is a semiautomatic tunnel.
C. For an IPv4-compatible tunnel, the ISP assigns only IPv4 addresses for each domain, but for a 6to4 tunnel, the ISP assigns only IPv6 addresses for each domain.
D. The deployment of a IPv4-compatible tunnel requires a special code on the edge routers, but a 6to4 tunnel does not require any special code.
Answer: A
Explanation:
Automatic 6to4 Tunnels An automatic 6to4 tunnel allows isolated IPv6 domains to be connected over an IPv4 network to remote IPv6 networks. The key difference between automatic 6to4 tunnels and manually configured tunnels is that the tunnel is not point-to-point; it is point-to-multipoint. In automatic 6to4 tunnels, routers are not configured in pairs because they treat the IPv4 infrastructure as a virtual nonbroadcast multi-access (NBMA) link. The IPv4 address embedded in the IPv6 address is used to find the other end of the automatic tunnel. An automatic 6to4 tunnel may be configured on a border router in an isolated IPv6 network, which creates a tunnel on a per-packet basis to a border router in another IPv6 network over an IPv4 infrastructure. The tunnel destination is determined by the IPv4 address of the border router extracted from the IPv6 address that starts with the prefix 2002::/16, where the format is 2002:border-router-IPv4-address::/48. Following the embedded IPv4 address are 16 bits that can be used to number networks within the site. The border router at each end of a 6to4 tunnel must support both the IPv4 and IPv6 protocol stacks. 6to4 tunnels are configured between border routers or between a border router and a host. The simplest deployment scenario for 6to4 tunnels is to interconnect multiple IPv6 sites, each of which has at least one connection to a shared IPv4 network. This IPv4 network could be the global Internet or a corporate backbone. The key requirement is that each site have a globally unique IPv4 address; the Cisco IOS software uses this address to construct a globally unique 6to4/48 IPv6 prefix. As with other tunnel mechanisms, appropriate entries in a Domain Name System (DNS) that map between hostnames and IP addresses for both IPv4 and IPv6 allow the applications to choose the required address. Automatic IPv4Compatible IPv6 Tunnels Automatic IPv4-compatible tunnels use IPv4-compatible IPv6 addresses. IPv4-compatible IPv6 addresses are IPv6 unicast addresses that have zeros in the high-order 96 bits of the address, and an IPv4 address in the low-order 32 bits. They can be written as
0:0:0:0:0:0:A.B.C.D or ::A.B.C.D, where "A.B.C.D" represents the embedded IPv4 address. The tunnel destination is automatically determined by the IPv4 address in the low-order 32 bits of IPv4- compatible IPv6 addresses. The host or router at each end of an IPv4compatible tunnel must support both the IPv4 and IPv6 protocol stacks. IPv4-compatible tunnels can be configured between border- routers or between a border-router and a host. Using IPv4-compatible tunnels is an easy method to create tunnels for IPv6 over IPv4, but
the technique does not scale for large networks.
NEW QUESTION: 3
You need to automate the management of servers, networks, and storage on a Cisco UCS system, by using PowerShell.
Which tool should you use?
A. Cisco UCS Platform Emulator
B. Cisco UCS PowerTool Suite
C. Cisco UCS Python SDK
D. Cisco UCS Automation Tool
Answer: B
Explanation:
Explanation
Explanation/Reference:
Reference:
http://www.cisco.com/c/en/us/solutions/collateral/data-center-virtualization/microsoft- applications-on-ucs/brochure_c02-705764.html