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NEW QUESTION: 1
You are creating a query for a historical compensation story report in Query Designer. You have added the Job Information table tothe query, configured a scope filter, and previewed the result to verify you are returning the appropriate employees.
You add the related table Compensation to the query.

When you preview the query, you only get the current compensation information for the employees.
Why do you only receive the current records?
Note: There are 2 correct answers to this question.
A. The compensation table time filter is set to: Same Filter as First Table.
B. The Query Advanced Filter is set to: Job Information effective start date equal to Dynamic Date: Today.
C. The Job information table time filter is set to: As of Date > Dynamic Date: Today.
D. The compensation table time filter is set to: As of Date > Dynamic Date: Today.
Answer: A,C

NEW QUESTION: 2
If the beginning wage needed to recruit quality candidates for given job is higher than that of incumbents who have been with a company for some time, what type of pay adjustment should be used to correct this discrepancy?
A. Cost-of-living
B. Market
C. Tenure
D. Automatic
Answer: B

NEW QUESTION: 3
Which two statements best describe CBWFQ? (Choose two.)
A. CBWFQ services each class queue using a strict priority scheduler.
B. The CBWFQ scheduler provides a guaranteed minimum amount of bandwidth to each class.
C. The class-default queue only supports WFQ.
D. Inside a class queue, processing is always FIFO, except for the class-default queue.
Answer: B,D
Explanation:
Class-based weighted fair queuing (CBWFQ) extends the standard WFQ functionality to provide support for user-defined traffic classes. For CBWFQ, you define traffic classes based on match criteria including protocols, access control lists (ACLs), and input interfaces. Packets satisfying the match criteria for a class constitute the traffic for that class. A queue is reserved for each class, and traffic belonging to a class is directed to the queue for that class. Once a class has been defined according to its match criteria, you can assign it characteristics. To characterize a class, you assign it bandwidth, weight, and maximum packet limit. The bandwidth assigned to a class is the guaranteed bandwidth delivered to the class during congestion.
To characterize a class, you also specify the queue limit for that class, which is the maximum number of packets allowed to accumulate in the queue for the class. Packets belonging to a class are subject to the bandwidth and queue limits that characterize the class.
After a queue has reached its configured queue limit, enqueuing of additional packets to the class causes tail drop or packet drop to take effect, depending on how class policy is configured. Tail drop is used for CBWFQ classes unless you explicitly configure policy for a class to use Weighted Random Early Detection (WRED) to drop packets as a means of avoiding congestion. Note that if you use WRED packet drop instead of tail drop for one or more classes comprising a policy map, you must ensure that WRED is not configured for the interface to which you attach that service policy.
If a default class is configured with the bandwidth policy-map class configuration command, all unclassified traffic is put into a single queue and given treatment according to the configured bandwidth. If a default class is configured with the fair-queue command, all unclassified traffic is flow classified and given best-effort treatment.
If no default class is configured, then by default the traffic that does not match any of the configured classes is flow classified and given best-effort treatment. Once a packet is classified, all of the standard mechanisms that can be used to differentiate service among the classes apply. Flow classification is standard WFQ treatment. That is, packets with the same source IP address, destination IP address, source Transmission Control Protocol (TCP) or User Datagram Protocol (UDP) port, or destination TCP or UDP port are classified as belonging
to the same flow. WFQ allocates an equal share of bandwidth to each flow. Flow-based
WFQ is also called fair queuing because all flows are equally weighted.
For CBWFQ, which extends the standard WFQ fair queuing, the weight specified for the
class becomes the weight of each packet that meets the match criteria of the class.
Packets that arrive at the output interface are classified according to the match criteria
filters you define, then each one is assigned the appropriate weight.
The weight for a packet belonging to a specific class is derived from the bandwidth you
assigned to the class when you configured it; in this sense the weight for a class is user-
configurable.
After the weight for a packet is assigned, the packet is enqueued in the appropriate class
queue. CBWFQ uses the weights assigned to the queued packets to ensure that the class
queue is serviced fairly.
Configuring a class policy thus, configuring CBWFQ entails these three processes:
Defining traffic classes to specify the classification policy (class maps).
This process determines how many types of packets are to be differentiated from one
another.
Associating policies that is, class characteristics with each traffic class (policy maps).
This process entails configuration of policies to be applied to packets belonging to one of
the classes previously defined through a class map. For this process, you configure a
policy map that specifies the policy for each traffic class.
Attaching policies to interfaces (service policies).
This process requires that you associate an existing policy map, or service policy, with an
interface to apply the particular set of policies for the map to that interface.
Benefits
Bandwidth Allocation
CBWFQ allows you to specify the exact amount of bandwidth to be allocated for a specific
class of traffic.
Taking into account available bandwidth on the interface, you can configure up to 64
classes and control distribution among them, which is not the case with flow-based WFQ.
Flow-based WFQ applies weights to traffic to classify it into conversations and determine
how much bandwidth each conversation is allowed relative to other conversations. For
flow-based WFQ, these weights, and traffic classification, are dependent on and limited to
the seven IP Precedence levels.
Coarser Granularity and Scalability
CBWFQ allows you to define what constitutes a class based on criteria that exceed the
confines of flow.
CBWFQ allows you to use access control lists and protocols or input interface names to
define how traffic will be classified, thereby providing coarser granularity. You need not
maintain traffic classification on a flow basis.
Moreover, you can configure up to 64 discrete classes in a service policy.
Restrictions Configuring CBWFQ on a physical interface is only possible if the interface is
in the default queuing mode.
Serial interfaces at E1 (2.048 Mbps) and below use WFQ by default other interfaces use
FIFO by default.
Enabling CBWFQ on a physical interface overrides the default interface queuing method.
Enabling CBWFQ on an ATM PVC does not override the default queuing method.
If you configure a class in a policy map to use WRED for packet drop instead of tail drop,
you must ensure that WRED is not configured on the interface to which you intend to attach
that service policy.
Traffic shaping and policing are not currently supported with CBWFQ.
CBWFQ is supported on variable bit rate (VBR) and available bit rate (ABR) ATM
connections. It is not supported on unspecified bit rate (UBR) connections.
CBWFQ is not supported on subinterfaces.
Related Features and Technologies
Resource Reservation Protocol (RSVP) can be used in conjunction with CBWFQ. When
both RSVP and CBWFQ are configured for an interface, RSVP and CBWFQ act
independently, exhibiting the same behavior that they would if each were running alone.
RSVP continues to work as it does when CBWFQ is not present, even in regard to
bandwidth availability assessment and allocation.