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NEW QUESTION: 1
Complete the following statement. In a VPRN, the label signaled by RSVP-TE is used to
______________.
A. Identify the egress PE in the MPLS domain
B. Transport route updates between PEs
C. Signal the egress VPRN ID
D. Identify the ingress PE in the MPLS domain
Answer: A

NEW QUESTION: 2
Which of the following randomly access scenarios are competition-based scenarios? (Multiple choice)
A. Upstream out-of-synchronization state requires uplink data transmission
B. Upstream out-of-synchronization state requires downlink data transmission
C. RRC reconstruction after radio link out of synchronization
D. Switch to the new community
E. Initial access in idle mode
Answer: A,C,E

NEW QUESTION: 3
Which algorithm (discard method) does WRED use to determine which packets will be dropped when the average queue length becomes larger than the user-specified maximum threshold?
A. weighted early discard
B. tail discard
C. random discard
D. packet size based discard
Answer: B
Explanation:
Weighted random early detection (WRED) is a queuing technique for congestion avoidance. WRED manages how packets are handled when an interface starts becoming congested. When traffic begins to exceed the interface traffic thresholds prior to any congestion, the interface starts dropping packets from selected flows. If the dropped packets are TCP, the TCP source recognizes that packets are getting dropped, and lowers its transmission rate. The lowered transmission rate then reduces the traffic to the interface, avoiding congestion. Because TCP retransmits dropped packets, no actual data loss occurs. WRED drops packets according to the following criteria: RSVP flows are given precedence over non-RSVP flows, to ensure that time-critical packets are transmitted as required. Using IP precedence or DSCP value of the packets, packets with higher precedence are less likely to be dropped. If the default settings are preventing QoS, the precedence value can be used to control how WRED determines when and how often to drop packets. The amount of bandwidth used by the traffic flow. Flows that use the most bandwidth are more likely to have packets dropped. The weight factor defined for the interface determines how frequently packets are dropped. WRED chooses the packets to drop after considering these factors in combination. The net result being that the highest priority and lowest bandwidth traffic is preserved. WRED differs from standard random early detection (RED) in that RED ignores IP precedence, and instead drops packets from all traffic flows, not selecting low precedence or high bandwidth flows. By selectively dropping packets before congestion occurs, WRED prevents an interface from getting flooded, necessitating a large number of dropped packets. This increases the overall bandwidth usage for the interface. An effective use of weighted random early detection is to avoid congestion on a predominantly TCP/IP network, one that has minimal UDP traffic and no significant traffic from other networking protocols. It is especially effective on core devices rather than edge devices, because the traffic marking performed on edge devices can then affect the WRED interfaces throughout the network. The disadvantage of WRED is that only predominantly TCP/IP networks can benefit. Other protocols, such as NetWare IPX/SPX, do not respond to dropped packets by lowering their transmission rates and just retransmit the packets at the same rate. WRED treats all non-TCP/IP packets as having precedence zero. In a mixed protocol environment, WRED might not be the best choice for queuing traffic. Weighted random early detection interfaces automatically favor high priority, low bandwidth traffic flows. No specific policies are needed. However, because WRED automatically uses the IP precedence settings in packets, consider marking all traffic that enters the device or mark the traffic at the point where it enters the network. Marking all traffic will ensure that packets receive the service level intended

NEW QUESTION: 4
You generate a daily report according to the following query:

You need to improve the performance of the query.
What should you do?
A. Drop the UDF and rewrite the report query as follows:
SELECT c.CustomerName
FROM Sales.Customer c
INNER JOIN Sales.SalesOrder s ON c.CustomerID = s.CustomerID
GROUP BY c.CustomerID
HAVING MAX (s.OrderDate) < DATEADD(DAY, -90, GETDATE())
B. Drop the UDF and rewrite the report query as follows:
SELECT c.CustomerName
FROM Sales.Customer c
WHERE NOT EXISTS (
SELECT s.OrderDate
FROM Sales.SalesOrder s
WHERE s.OrderDate > DATEADD(DAY, -90, GETDATE())
AND s.customerID = c.CustomerID)
C. Rewrite the report query as follows:
SELECT c.CustomerName
FROM Sales.Customer c
WHERE NOT EXISTS (SELECT OrderDate FROM Sales.ufnGetRecentOrders
(c.CustomerID, 90))
Rewrite the UDF as follows:
CREATE FUNCTION Sales.ufnGetRecentOrders(@CustomerID int, @MaxAge datetime) RETURNS TABLE AS RETURN ( SELECT OrderDate
FROM Sales.SalesOrder s
WHERE s.CustomerID = @CustomerID
AND s.OrderDate > DATEADD(DAY, -@MaxAge, GETDATE())
)
D. Rewrite the report query as follows:
SELECT c.CustomerName
FROM Sales.Customer c
WHERE (SELECT OrderDate FROM Sales.ufnGeTLastOrderDate(c.CustomerID)) < DATEADD(DAY, -90, GETDATE()) Rewrite the UDF as follows:
CREATE FUNCTION Sales.ufnGeTLastOrderDate(@CustomerID int)
RETURNS @OrderTable TABLE (OrderDate datetime)
AS
BEGIN
INSET @OrderTable
SELECT MAX(s.OrderDate) As OrderDate
FROM Sales.SalesOrder s
WHERE s.CustomerID = @CustomerID
RETURN
END
Answer: A
Explanation:
Explanation/Reference:
Explanation: