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NEW QUESTION: 1
Refer to the exhibit. When applying this hierarchical policy map on the on the tunnel1 interface, you measure high jitter for traffic going through class 1234. What is the most likely cause of this jitter?

A. Class 5555 and class 5554 are both taking up 100% of the bandwidth, leaving nothing for class 1234.
B. The configuration of a hierarchical policy map on a tunnel interface is not supported.
C. The burst size for the traffic shaping has been wrongly configured; it should be set as high as possible.
D. The burst size for the traffic shaping is wrongly configured to 15000; this would require an interface capable of sending at 150Mb/s.
E. The burst size for the traffic shaping has been wrongly configured; it should be set as low as possible.
Answer: E
Explanation:
Displaying Interleaving Statistics To display interleaving statistics, use the following command in EXEC mode: What Is a Token Bucket? A token bucket is a formal definition of a rate of transfer. It has three components: a burst size, a mean rate, and a time interval (Tc). Although the mean rate is generally represented as bits per second, any two values may be derived from the third by the relation shown as follows: mean rate = burst size / time interval Here are some definitions of these terms: Mean rate-Also called the committed information rate (CIR), it specifies how much data can be sent or forwarded per unit time on average. Burst size-Also called the Committed Burst (Bc) size, it specifies in bits (or bytes) per burst how much traffic can be sent within a given unit of time to not create scheduling concerns. (For a shaper, such as GTS, it specifies bits per burst; for a policer, such as CAR, it specifies bytes per burst.) Time interval-Also called the measurement interval, it specifies the time quantum in seconds per burst. By definition, over any integral multiple of the interval, the bit rate of the interface will not exceed the mean rate. The bit rate, however, may be arbitrarily fast within the interval. A token bucket is used to manage a device that regulates the data in a flow. For example, the regulator might be a traffic policer, such as CAR, or a traffic shaper, such as FRTS or GTS. A token bucket itself has no discard or priority policy. Rather, a token bucket discards tokens and leaves to the flow the problem of managing its transmission queue if the flow overdrives the regulator. (Neither CAR nor FRTS and GTS implement either a true token bucket or true leaky bucket.) In the token bucket metaphor, tokens are put into the bucket at a certain rate. The bucket itself has a specified capacity. If the bucket fills to capacity, newly arriving tokens are discarded. Each token is permission for the source to send a certain number of bits into the network. To send a packet, the regulator must remove from the bucket a number of tokens equal in representation to the packet size. If not enough tokens are in the bucket to send a packet, the packet either waits until the bucket has enough tokens (in the case of GTS) or the packet is discarded or marked down (in the case of CAR). If the bucket is already full of tokens, incoming tokens overflow and are not available to future packets. Thus, at any time, the largest burst a source can send into the network is roughly
proportional to the size of the bucket. Note that the token bucket mechanism used for traffic shaping has both a token bucket and a data buffer, orqueue; if it did not have a data buffer, it would be a policer. For traffic shaping, packets that arrive that cannot be sent immediately are delayed in the data buffer. For traffic shaping, a token bucket permits burstiness but bounds it. It guarantees that the burstiness is bounded so that the flow will never send faster than the token bucket's capacity, divided by the time interval, plus the established rate at which tokens are placed in the token bucket. See the following formula: (token bucket capacity in bits / time interval in seconds) + established rate in bps = maximum flow speed in bps This method of bounding burstiness also guarantees that the long-term transmission rate will not exceed the established rate at which tokens are placed in the bucket. Recommended Burst Values Cisco recommends the following values for the normal and extended burst parameters: normal burst = configured rate * (1 byte)/(8 bits) * 1.5 seconds extended burst = 2 * normal burst
Reference http://www.cisco.com/en/US/docs/ios/12_2/qos/configuration/guide/qcfpolsh.html

NEW QUESTION: 2
Note: This question is part of a series of questions that present the same scenario.
Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution.
After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen.
You have a query for a table named Sales. Sales has a column named CustomerlD. The Data Type of CustomerlD is Whole Number.
You refresh the data and find several errors. You discover that new entries in the Sales table contain nonnumeric values.
You need to ensure that nonnumeric values in the CustomerlD column are set to 0.
Solution: From Query Editor, select the CustomerlD column. Click Replace Errors... and enter a value of 0 Does this meet the goal?
A. Yes
B. No
Answer: A

NEW QUESTION: 3
Regarding the maximum rate of UE in 20M bandwidth TD LTE under different modes, which of the following description is correct?
A. TM3 > TM8 > TM2 > TM7
B. TM3>TM8>TM7>TM2
C. TM3=tm8>TM2=TM?
D. TM2<TM3<TN7<TM8
Answer: A