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To characterize the reliability of each network as a whole. In summary, this paper makes the following contributions: 1. We propose a framework for measuring robustness in MBB networks. The framework captures aspects of reliabil-ity on several layers, from a basic registration in the network to a stable application performance over time.

— With a season-high 52 points in the second half, the University of Georgia men’s basketball team outlasted Auburn, 91-86, Tuesday evening before 1,824 fans at Auburn Arena. Junior Tye Fagan led Georgia with 16 points on 7-for-10 shooting with six rebounds, one of six Bulldogs in double-figures.
2020 21 MBB Schedule 12102020. Game Day Guides Audio Vault Blue Devil Sports Network from Learfield IMG College Affiliates Camps Cheerleading/Mascot Game. Reader and use the download link.
Future-oriented network management solution that provides powerful element management and network management functions. The U2000 manages transport equipment, access equipment, IP equipment in a unified manner. Specifically, it manages Huawei MSTP, WDM, OTN, RTN, router, switch, ATN, PTN, MSAN, DSLAM, FTTx, firewall equipment and services.
MBB networks are constantly changing and detailed network planning in the initial stages simply cannot prevent this. PRS detects emergent bottlenecks, while facilitating timely MBB expansion. It also provides an integrated network capacity KPI system, while separately illustrating capacity trends and other statistics through a capacity map.

The goal of Wi-Fi-connected testing is to identify activities that should not be happening during modern standby and resolve them. The activities might be a result of network activities, real-time notifications, or unexpected hardware interrupts.

After the system can reliably enter and exit modern standby and can achieve good results in modern standby with airplane mode on, you can validate modern standby system behaviors with Wi-Fi connected.

To prepare for WiFi-connected testing, the following two prerequisites must be met:

The system has a reliable Wi-Fi connection. The best way to assess this is to test the Wi-Fi connection during active use to make sure that the connection is stable and signal/speed is reasonably good.
The Wi-Fi device is compatible with the NDIS 6.3 feature to support wake on LAN (WoL) patterns, protocol offloads, and D0 packet coalescing. These capabilities are required so that the SoC can enter low-power states while the Wi-Fi device maintains connectivity.

The list of Wi-Fi-connected scenarios includes connectivity to communications apps and downloads from the Internet. These scenarios should be tested serially to focus on issues that might fix similar issues in other scenarios.The Windows Hardware Certification Kit (HCK) includes tests that help validate basic NDIS 6.3 functionality for modern standby. There are individual tests for each type of network adapter, including Wi-Fi, CDMA MBB, GSM MBB, and wired LAN. Please see the test details information for each test at Device.Network Testing.

We recommend that each network adapter in the system pass the following tests before you proceed to system-level connectivity testing for modern standby:

WLAN Connected Standby End to End - Basic
Win.MBN.CDMA.TestCSConnectivity
Win.MBN.GSM.TestCSConnectivity
LAN CS Test - IPv4 Basic

Modern standby push mail

Testing the push mail scenario ensures that the system can receive emails via the Mail app while the system is in modern standby. This allows users to receive the most up-to-date information immediately after the system resumes.

We recommend that you create a Microsoft account for testing purposes. You can use this account to set up the system to receive emails through the Mail app. Be sure that the system is running on AC power, then put it into modern standby. While the system is in modern standby, send an email to the account a few times. Wake up the system from modern standby and verify that all the emails are received. If Mail is configured to be on the lock screen, you should also see the badge updates occur just as the screen is powered on.

Test area: Push mail during modern standby.
Purpose: Ensure that push mail is functional during modern standby.
System configuration:
- Factory image is installed on the system.
- All drivers are loaded in Device Manager.
- Factory Microsoft Store apps are installed.
- System is running on AC power.
- System is connected to a Wi-Fi access point (AP) that has Internet connectivity.
- Mail app is configured with a test Microsoft account.
- In Background Apps, Mail is set to On.
- In Battery Usage:
  - Mail is set to Allow the app to run background tasks.
  - Mail is not set to Let Windows decide.. or Reduce the work...
- Email operation is first validated with the display on.

Test scenario	Expected result	Troubleshooting notes
The system can receive mail notifications while in modern standby.	If the Mail app is configured to be on the lock screen, updates should be seen on the lock screen immediately on resume from modern standby. Ensure all emails are received.	When a notification is not received, a trace is needed to diagnose the problem. For information about how to capture a trace and analyze the information, see Capture and View a WPA Trace for Modern Standby Diagnostics.

The Windows Hardware Certification Kit (HLK) includes modern standby tests that exercise entering and exiting modern standby on a system. Running the following tests will further validate the readiness of the system:

Modern standby basic verification test on AC-power
Modern standby basic verification test on DC-power

Modern standby instant messaging and video chat

NOTE: Skype no longer supports this functionality starting with version 8.61.

Instant-message and video-chat notifications are important Wi-Fi-connected scenarios. The goal of testing this scenario is to ensure users can receive instant messages and video calls in real-time while the system is in modern standby.

You can test the instant messaging scenario with Skype by putting the system into modern standby and sending an instant message to the test Microsoft account. You should observe that the system powers on the display when an instant message is received and shows an instant message toast notification on the lock screen.

After you verify that instant message notifications are working, try to make a video call and an audio conference call. When the system is in modern standby, make a video call to the Skype test account. You should observe that the system powers on the display and shows a ringing toast notification at the upper right hand corner. If you do not pick up the call and let it finish ringing, the system will immediately go back into modern standby.

When the system wakes from modern standby, make sure that all notifications are received as expected. When an instant message or a call is missed, the icon on the lock screen will show the number of missed messages and calls.

The instant messaging and video chat scenarios are enumerated in the following table. All modern standby systems should be tested for expected behavior for each scenario that is listed in the table.

Test area: Instant messaging (IM) and video chat during modern standby.
Purpose: Ensure that real-time incoming functionality is operational during modern standby.
System configuration:
- Factory image installed on the system.
- All drivers loaded in Device Manager.
- Factory Microsoft Store apps are installed.
- System is running on battery power.
- System is connected to a Wi-Fi AP with Internet connectivity.
- Skype app configured with test Microsoft account.
- Skype IM and video chat are validated to work with the screen turned on (outside of modern standby).
- Skype has been configured to run in the background on the Battery Settings page

Test scenario	Expected result	Troubleshooting notes
System can re

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