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NEW QUESTION: 1
A client device roams between access points located on defferent floors in an atrium. The access points joined to the same controller and configuration in local mode. The access points are in different IP addresses, but the client VLAN in the group same. What type of roam occurs?
A. intra-controller
B. inter-controller
C. inter-subnet
D. intra-VLAN
Answer: A
Explanation:
Mobility, or roaming, is a wireless LAN client's ability to maintain its association seamlessly from one access point to another securely and with as little latency as possible. Three popular types of client roaming are:
Intra-Controller Roaming: Each controller supports same-controller client roaming across access points managed by the same controller. This roaming is transparent to the client as the session is sustained, and the client continues using the same DHCP-assigned or client-assigned IP address.
Inter-Controller Roaming: Multiple-controller deployments support client roaming across access points managed by controllers in the same mobility group and on the same subnet. This roaming is also transparent to the client because the session is sustained and a tunnel between controllers allows the client to continue using the same DHCP- or client-assigned IP address as long as the session remains active.
Inter-Subnet Roaming: Multiple-controller deployments support client roaming across access points managed by controllers in the same mobility group on different subnets. This roaming is transparent to the client because the session is sustained and a tunnel between the controllers allows the client to continue using the same DHCP-assigned or client-assigned IP address as long as the session remains active.
Reference:
4/configuration/guides/consolidated/b_cg74_CONSOLIDATED/b_cg74_CONSOLIDA TED_chapter_01100.html In three types of client roaming above, only with Inter-Subnet Roaming the controllers are in different subnets.

NEW QUESTION: 2
Which of the following option represents the behavior of the endpoint, when the addressing feature is enabled on the service with the use of @Addressing() annotation.
A. The endpoint accepts only messages containing Addressing headers and rejects any messages not containing Addressing headers.
B. The endpoints accepts messages with or without addressing headers. If the message contains wsa:Action header, it validates all other addressing headers in the message.
C. The endpoint accepts any messages with or without any Addressing headers and does not validate addressing headers because "required" annotation element is not true.
D. The endpoint accepts messages only if the messages contain wsa:Action header but does not require presence of any other addressing headers.
Answer: B

NEW QUESTION: 3
이 쿼리의 속도를 높일 수있는 작업은 다음과 같습니다. "SELECT count (*) FROM transactions where date_of_purchase BETWEEN '2017-04-01'AND '2017-05-01'"1000 만 개의 행이있는 테이블에서 실행됩니다.
정답을 선택하십시오.
A. date_of_purchase 열에 LZO 압축 사용
B. date_of_purchase 열에 정렬 키 만들기
C. 파티션 키로 date_of_purchase 사용
D. DISTKEY로 date_of_purchase 사용
Answer: B
Explanation:
설명:
정렬 키는 범위가 지정 될 때 데이터를 가져 오는 가장 효과적인 방법입니다

NEW QUESTION: 4
A corporate web application is deployed within an Amazon Virtual Private Cloud (VPC) and is connected to the corporate data center via an IPSec VPN. The application must authenticate against the on-premises LDAP server. After authentication, each logged-in user can only access an Amazon Simple Storage Space (S3) keyspace specific to that user.
Which two approaches can satisfy these objectives? (Choose 2)
A. The application authenticates against LDAP the application then calls the AWS identity and Access Management (IAM) Security service to log in to IAM using the LDAP credentials the application can use the IAM temporary credentials to access the appropriate S3 bucket.
B. The application authenticates against LDAP and retrieves the name of an IAM role associated with the user. The application then calls the IAM Security Token Service to assume that IAM role. The application can use the temporary credentials to access the appropriate S3 bucket.
C. Develop an identity broker that authenticates against IAM security Token service to assume a IAM role in order to get temporary AWS security credentials The application calls the identity broker to get AWS temporary security credentials with access to the appropriate S3 bucket.
D. Develop an identity broker that authenticates against LDAP and then calls IAM Security Token Service to get IAM federated user credentials. The application calls the identity broker to get IAM federated user credentials with access to the appropriate S3 bucket.
E. The application authenticates against IAM Security Token Service using the LDAP credentials the application uses those temporary AWS security credentials to access the appropriate S3 bucket.
Answer: B,D
Explanation:
Explanation/Reference:
Explanation:
Imagine that in your organization, you want to provide a way for users to copy data from their computers to a backup folder. You build an application that users can run on their computers. On the back end, the application reads and writes objects in an S3 bucket. Users don't have direct access to AWS. Instead, the application communicates with an identity provider (IdP) to authenticate the user. The IdP gets the user information from your organization's identity store (such as an LDAP directory) and then generates a SAML assertion that includes authentication and authorization information about that user. The application then uses that assertion to make a call to the AssumeRoleWithSAML API to get temporary security credentials. The app can then use those credentials to access a folder in the S3 bucket that's specific to the user. http://docs.aws.amazon.com/IAM/latest/UserGuide/id_roles_providers_saml.html