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NEW QUESTION: 1
Which of the following is a method of multiplexing data where a communication channel is divided into an arbitrary number of variable bit-rate digital channels or data streams. This method allocates bandwidth dynamically to physical channels having information to transmit?
A. Time-division multiplexing
B. Statistical multiplexing
C. Asynchronous time-division multiplexing
D. Frequency division multiplexing
Answer: B
Explanation:
Statistical multiplexing is a type of communication link sharing, very similar to dynamic bandwidth allocation (DBA). In statistical multiplexing, a communication channel is divided into an arbitrary number of variable bit-rate digital channels or data streams. The link sharing is adapted to the instantaneous traffic demands of the data streams that are transferred over each channel. This is an alternative to creating a fixed sharing of a link, such as in general time division multiplexing (TDM) and frequency division multiplexing (FDM). When performed correctly, statistical multiplexing can provide a link utilization improvement, called the statistical multiplexing gain.
Generally, the methods for multiplexing data include the following : Time-division multiplexing (TDM): information from each data channel is allocated bandwidth based on pre-assigned time slots, regardless of whether there is data to transmit. Time-division multiplexing is used primarily for digital signals, but may be applied in analog multiplexing in which two or more signals or bit streams are transferred appearing simultaneously as sub-channels in one communication channel, but are physically taking turns on the channel. The time domain is divided into several recurrent time slots of fixed length, one for each sub-channel. A sample byte or data block of sub-channel 1 is transmitted during time slot 1, sub-channel 2 during time slot 2, etc. One TDM frame consists of one time slot per sub-channel plus a synchronization channel and sometimes error correction channel before the synchronization. After the last sub-channel, error correction, and synchronization, the cycle starts all over again with a new frame, starting with the second sample, byte or data block from sub-channel 1, etc.
Asynchronous time-division multiplexing (ATDM): information from data channels is allocated bandwidth as needed, via dynamically assigned time slots. ATM provides functionality that is similar to both circuit switching and packet switching networks: ATM uses asynchronous time-division multiplexing, and encodes data into small, fixed-sized packets (ISO-OSI frames) called cells. This differs from approaches such as the Internet Protocol or Ethernet that use variable sized packets and frames. ATM uses a connection-oriented model in which a virtual circuit must be established between two endpoints before the actual data exchange begins. These virtual circuits may be "permanent", i.e. dedicated connections that are usually preconfigured by the service provider, or "switched", i.e. set up on a per-call basis using signalling and disconnected when the call is terminated.
Frequency division multiplexing (FDM): information from each data channel is allocated bandwidth based on the signal frequency of the traffic. In telecommunications, frequency-division multiplexing (FDM) is a technique by which the total bandwidth available in a communication medium is divided into a series of non-overlapping frequency sub-bands, each of which is used to carry a separate signal. This allows a single transmission medium such as the radio spectrum, a cable or optical fiber to be shared by many signals.
Reference used for this question: http://en.wikipedia.org/wiki/Statistical_multiplexing and http://en.wikipedia.org/wiki/Frequency_division_multiplexing and Information Systems Audit and Control Association, Certified Information Systems Auditor 2002 review manual, Chapter 3: Technical Infrastructure and Operational Practices (page 114).

NEW QUESTION: 2
Which two products can get file disposition information from the Cisco Advance Malware protection cloud?
(Choose two.)
A. Cisco Advanced Malware protection threat Grind
B. Cisco AnyConnect
C. Cisco identify Service Engine
D. Cisco Email Security Appliance
E. Cisco Email Security Appliance
Answer: A,D

NEW QUESTION: 3
조직에서 애플리케이션 호스팅을 위한 VPC를 생성하고 있습니다. 조직은 동일한 AZ에 두 개의 프라이빗 서브넷을 만들고 별도의 영역에 하나의 서브넷을 만들었습니다.
조직은 내부 ELB를 사용하여 HA 시스템을 만들려고 합니다. 이 시나리오에서 내부 ELB와 관련하여 다음 중 어느 것이 사실입니까?
A. ELB는 서브넷 선택을 허용하지 않습니다. 대신 VPC의 사용 가능한 모든 서브넷을 자동으로 선택합니다.
B. ELB는 각 가용 영역에서 하나의 서브넷 만 지원할 수 있습니다.
C. 사용자가 내부 ELB를 작성하는 경우 개인 서브넷 만 사용해야 합니다.
D. ELB는 영역에 관계없이 모든 서브넷을 지원할 수 있습니다.
Answer: B
Explanation:
설명:
Amazon VPC (Amazon Virtual Private Cloud)를 통해 사용자는 Amazon Web Services (AWS) 클라우드의 개인 격리 섹션에서 가상 네트워킹 환경을 정의 할 수 있습니다.
사용자는 가상 네트워킹 환경을 완벽하게 제어 할 수 있습니다. 이 가상 프라이빗 클라우드 내에서 사용자는 ELB 및 EC2 인스턴스와 같은 AWS 리소스를 시작할 수 있습니다.
VPC와 함께 사용할 수있는 ELB에는 인터넷 연결 및 내부 (개인) ELB의 두 가지가 있습니다. App 서버와 같은 내부 서버의 경우 조직은 VPC에 내부로드 밸런서를 생성 한 다음 백엔드 애플리케이션 인스턴스를 내부로드 밸런서 뒤에 배치 할 수 있습니다.
내부로드 밸런서는 요청을 백엔드 애플리케이션 인스턴스로 라우팅합니다.이 인스턴스는 프라이빗 IP 주소도 사용하고 내부로드 밸런서의 요청 만 수락합니다.
내부 ELB는 각 AZ에서 하나의 서브넷 만 지원하며 내부 ELB를 구성하는 동안 사용자에게 서브넷을 선택하도록 요청합니다.
http://docs.aws.amazon.com/ElasticLoadBalancing/latest/DeveloperGuide/USVPC_creating_basi c_lb.ht ml