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NEW QUESTION: 1
外部SSOサーバーなしでCisco ASAで利用できるSSO機能の3つのタイプはどれですか？ （3つ選択してください。）
A. SAML
B. Kerberos
C. HTTP POST
D. HTTPベーシック
E. NTLM
F. OAuth 2.0
Answer: C,D,E

NEW QUESTION: 2
DRAG DROP


Answer:
Explanation:

To create this credit risk assessment solution, we follow these steps:
Create a Machine Learning workspace
Upload existing data
Create an experiment
Train and evaluate the models
Deploy the web service
Access the web service
From scenario:
Predictive Routing:
* An Azure solution must be used for prediction systems.
* Predictive analytics must be published as a web service and accessible by using the REST API.
References: https://docs.microsoft.com/en-us/azure/machine-learning/machine-learning-walkthrough- develop-predictive-solution Case Study Fourth Coffee Background You are the new cloud architect for Fourth Coffee. I he company hosts an on-premises ASP.NET MVC web application to allow online purchases and to support their retail store operations.
The new chief information officer (CIO) has announced several initiatives for the new year, including a new mobile application, online training for retail store employees, and moving the current web application and other services to the cloud.
The marketing team hopes to see an increase in the up-time for the web application. The team would also like to allow users to use social-Nogms in addition to the current username and password system.
Fourth Coffee has chosen Microsoft Azure to support their initiatives.
Current environment
In the Azure portal, you create an Azure Mobile App for the API. You create a Service Bus queue in Azure and install the Azure Storage SDK for Nodejs.
Problem statements
The mobile team attempts to use continuous deployment with the Azure App Service and the new API project. They receive the following error message: "Unable to access
'http://fourthcoffeeapi.azurewebsites.net/': Failed to connect to
https://fourthcoffeeapi.scm.azurewebsites.net/"
Business requirement
Web Application
*You must increase up-time for the application.
*The application must support additional regions and languages.
*Marketing must be able to validate the web application before updates to the application are published to the production environment.
Mobile
*The marketing team must be able to send frequent and timely updates to specific users and devices including Apple iPad. iPhone, Android. Windows, and Windows Phone devices.
*Users must be able to use their social accounts to sign in to the application. You must support Linkedln, Facebook and Google logons.
*The application must remain responsive, even during peak periods.
Training
Video streaming content must be made available and streamed to employee's browsers.
Training content must only include on-demand streaming. There will be no live content.
Technical requirement
Web Application
*You must update the deployment process to support cloud deployments.
*All data must be formatted as JSON during transport.
*You must implement Team Foundation Version Control (TFVC) as the version control system for the web application.
*Incoming messages to the API must be persisted to queue storage to ensure they are delivered and processed. You must restrict the size of messages between the mobile app and the API to no more than 5 gigabytes (GB).
*The web application must use geo-redundant replication.
Mobile
*You must use Node.js as a technology platform. You must support all mobile initiatives when possible.
*You must implement Git as the version control system for the mobile app.
*You must develop a REST API by using Node.js. Express, and MongoDB. You must use the Mobile Apps feature of the Azure App Service to host the API in Standard mode.
*You must implement the following Push Notification Services by using Azure Media Services:
*Apple Push Notification Service (APNS) for iPad and iPhone devices
*Google Cloud Messaging service (GCM) for Android devices
*Windows Notification Service (WNS) for Windows devices
*Microsoft Push Notification Service (MPNS) for Windows Phone devices
Security and Disaster Recovery
*You must integrate the on-premises Active Directory Domain Services with Azure Active Directory (Azure AD).
*You must implement the latest federated identity standards to provide authentication and authorization to applications.
*You must implement Multi-Factor Authentication.
*The web application and the API must be able to recover from a disaster.
Scaling
The web application and API must auto-scale according to the following rules:
*Scale up by one instance if CPU is above 70%.
*Scale down by one instance if CPU is below 50%.
Training
*Streaming must include Content Delivery Network (CDN) capabilities to support global locations.
*Content must be encrypted and protected by using AES and PlayReady.
*Streaming must include one gigabit (GB) per second of dedicated egress capacity.
*All videos must use adaptive bitrate MP4 encoded content and include a streaming manifest file (.ism).
*You must support the following streaming formats for video files: MPEG DASH, HI_S, Smooth Streaming, HDS. You must not need to re-encode the content.

NEW QUESTION: 3
In an 802.11 infrastructure mode cell, how can stations communicate?
A. Every station associated with an AP can transmit directly to that AP only
B. Every station associated with an AP can transmit directly to any station associated with the same AP radio
C. Every station associated with an AP can transmit directly to any station associated with the same SSID onthe same AP radio.
D. Every station associated with an AP can transmit directly to any station associated with any radio on that AP
Answer: C
Explanation:
Student Guide Book 1 - Implementing and Troubleshooting HP Wireless Networks - Page 3-28
Infrastructure mode is the most common deployment for wireless networks. In thismode, stations
do not communicate with an AP. The AP handles all communicationamong wireless stations and
controls the security and speed parameters for thenetwork.
In addition to connecting wireless stations to each other, the AP is connected to awired network.
As the interface between the wired and the wireless network, the APreceives wireless traffic from
stations and forwards it on to the wired network.
Likewise, the AP receives and forwards traffic that is being sent from the wirednetwork to the
wireless stations.
In-cell relay mode
In-cell relay mode is more commonly called a wireless bridge or wireless distributionsystem
(WDS). When functioning in this mode, an AP connects two or more networksegments, which can
be different segments of a LAN or unconnected wirelessnetworks.
In infrastructure mode, APs simply bridge traffic to wireless stations; the wirednetwork provides the
distribution system for transmitting traffic from wireless stationsto its ultimate destination. With in-
cell relay mode, the wireless medium becomes adistribution system as well, operating as if it were
a wired infrastructure.
Student Guide Book 2 - Implementing and Troubleshooting HP Wireless Networks - Page 7-6
The MSM APs can simultaneously support wireless mesh and wireless users' traffic. Ifyou have a
multiple-radio AP, you should dedicate each radio to a wireless mesh orto wireless users' traffic.
For a wireless mesh, you must also consider how many links each radio supports. Inthe example
shown, the Alternate Master supports two wireless meshes: one to themaster and one to the
slave. If the same radio provides both links, the radio must beshared, significantly reducing
throughput for both links. A better design would be todedicate
Radio 1 to the link between the alternate master and the master
Radio 2 to the link between the alternate master and slave
Single-radio APs can also simultaneously support a wireless mesh and wireless users.
Again, this configuration will reduce throughput because the mesh and the wirelessusers must
share the radio. Keep in mind that the radio will give the wireless meshpriority over wireless users'
traffic.