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NEW QUESTION: 1
The logic of a data rule has changed, producing unexpected results. What steps do you take to identify who updated the logic and when?
A. Open Data Rule, select Overview tab > Audit trail; review the Update events
B. Open Data Rule Definition, select Overview tab > Audit trail; review the Update events
C. Open View Output, select Overview tab, open Change log; review the Update events
D. Open Data Rule Definition, select Overview tab > Usage view; review the Update events
Answer: A

NEW QUESTION: 2
급수 네트워크 배포 프로젝트를 관리하고 있습니다. 그러나 5 개월 동안 프로젝트를 수행하고 매주 상태 회의를 개최 한 후에는 프로젝트 후원자가 CPI가 1.0이고 SPI가 1.0 인 경우에도 결과물에 만족하지 않습니다. SPI (Schedule Performance Index) 및 CPI (Cost Performance Index)와 같은 프로젝트 보고서를 스폰서에게 제공하려는 경우 SPI 및 CPI는 다음과 같이 간주 될 수 있습니다.
A. 예측 보고서
B. 획득 가치 보고서
C. 성능 보고서
D. 상태 보고서 상태 보고서
Answer: C

NEW QUESTION: 3
Frame relay and X.25 networks are part of which of the following?
A. Circuit-switched services
B. Cell-switched services
C. Dedicated digital services
D. Packet-switched services
Answer: D
Explanation:
Frame relay and X.25 are both examples of packet-switching technologies. In packet-switched networks there are no dedicated connections between endpoints, and data is divided into packets and reassembled on the receiving end.
Frame Relay is an example of a packet-switched technology. Packet-switched networks enable end stations to dynamically share the network medium and the available bandwidth. The following two techniques are used in packet-switching technology:
Variable-length packets Statistical multiplexing
Variable-length packets are used for more efficient and flexible data transfers. These packets are switched between the various segments in the network until the destination is reached.
Statistical multiplexing techniques control network access in a packet-switched network. The advantage of this technique is that it accommodates more flexibility and more efficient use of bandwidth. Most of today's popular LANs, such as Ethernet and Token Ring, are packet-switched networks.
Frame Relay often is described as a streamlined version of X.25, offering fewer of the robust capabilities, such as windowing and retransmission of last data that are offered in X.25. This is because Frame Relay typically operates over WAN facilities that offer more reliable connection services and a higher degree of reliability than the facilities available during the late 1970s and early 1980s that served as the common platforms for X.25 WANs. As mentioned earlier, Frame Relay is strictly a Layer 2 protocol suite, whereas X.25 provides services at Layer 3 (the network layer) as well. This enables Frame Relay to offer higher performance and greater transmission efficiency than X.25, and makes Frame Relay suitable for current WAN applications, such as LAN interconnection.
The following answers are incorrect: Circuit-switched services. An example of a circuit-switched service are Integrated Services Digital Network (ISDN) and Point-to-Point Protocol (PPP). Frame Relay and X.25 do not use circuit switching technology.
Cell-switched services. This is a distractor.
Dedicated digital services. A packet switched network is commonly via a digital method, but is not dedicated. Examples of a Dedicated digital service might be a Permanent Virtual Circuit (PVC), which does not use packet switching.
The following reference(s) were/was used to create this question: The CISCO Wiki on Frame Relay