Scope , complexity ,and scale of even a single 5G netwoork are massively largherthan in today's networks .The main challenge is automation on all levels of the 5G eco system.without it , the network simply will not work; nei ther for the anticipated scale nor for the desired functional complexity .
Fundamentally , automation is realized bya largely self-governed network bound to varying business goals : ifs configuration , its services , how they are provided , and how it is managed . A governance model , ideally realized by policies , defines how these goals are implenented andmoni tored . Those policies can be low-level confi gurati on parameters , mid -level strategies or high-level intents and goals . Using a mix of these -policies implies translation between : top-down for realization and bottom-up for action / benefit and validation purposes .
Networks and models must address multiple , diverse constituencies . Human intervention should be kept to a minimum ( oversight ) . Managenment means monitoring and repair ; not control . Classic self capabilities are the benefits
1.The main challenge is ( )on all levels of the 5G eco-system
A.rate
B.data
C.automation
D.managemont
2.A ( ) model , ideally realized by policies , defines how these goals are implemented and monitored
A.goverment
B.governance
C.automation
D.automatic
3.Human intorvention should be kepe on to a( )
A.minimum
B.monitoring
C.repair
D.control
4.The main idea of this shot article is( )
A. the main challenge of 5G
B. the compexity of 5G network
C. a automation model
D. human intervention
第1题:
5G的速率能达到15G/S。
第2题:
Why do large OSPF networks use a hierarchical design?()
第3题:
Scrambling of SONET signals is done to ().
第4题:
5G的速率能够与达到20G/s。
第5题:
What is needed to allow IT managers to design, control, and monitor their wireless networks form a centralized location as wireless networks grow in scale and complexity?()
第6题:
Why do large OSPF networks use a hierarchical design?()
第7题:
our network consists of a single Active Directory domain. All network servers run Windows Server 2003 Service Pack 2 (SP2). The network contains a single subnet. The network connects to the Internet by using a network address translation (NAT) device. You deploy a new DHCP server named Server1. You create a scope as shown in the exhibit. (Click the Exhibit button.) You need to ensure that client computers can connect to the Internet. What should you do?()
第8题:
to confine network instability to single areas of the network
to reduce the complexity of router configuration
to speed up convergence
to lower costs by replacing router swith distribution layer switches
to decrease latency by increasing bandwidth
to reduce routing overhead
第9题:
to confine network instability to single areas of the network.
to reduce the complexity of router configuration
to speed up convergence
to lower costs by replacing routers with distribution layer switches
to decrease latency by increasing bandwidth
to reduce routing overhead
第10题:
Click the Diagnose and repair link.
Enable the Turn on notification of new networks option.
Configure the Connect to a network window to show all networks.
Disable the Connect automatically when this network is in range option, and then enable the Connect even if the network is not broadcasting option.
第11题:
Only in the event log of a domain controller in your site.
Only in the event logs of the domain controllers in Anne's site.
In the event logs of all domain controllers in all sites.
Only in the event log of Anne's computer.
第12题:
It's so cold
It's so wet
It's so hot
It's so windy
第13题:
()today. Yes. It was even hotter yesterday.
第14题:
Why do large OSPF networks use a hierarchical design?()
第15题:
Why do large OSPF networks use a hierarchical design?()
第16题:
5G中PUSCH支持的波形包括()
第17题:
Wide Area Network (WAN) is a computer network that covers a broad areA. Which statement is correct for wide-area network (WAN)?()
第18题:
To compete in today's fast-paced competitive environment, organizations are increasingly allowing contractors, partners, visitors and guests to access their internal enterprise networks.These users may connect to the network through wired ports in conference rooms or offices, or via wireless access points. In allowing this open access for third parties, LANs become(6) .Third parties can introduce risk in a variety of ways from connecting with an infected laptop to unauthorized access of network resources to(7)activity. For many organizations, however,the operational complexity and costs to ensure safe third party network access have been prohibitive. Fifty-two percent of surveyed CISOs state that they currently use a moat and castle's security approach, and admit that defenses inside the perimeter are weak. Threats from internal users are also increasingly a cause for security concerns. Employees with malicious intent can launch (8) of service attacks or steal (9) information by snooping the network. As they access the corporate network, mobile and remote users inadvertently can infect the network with (10) and worms acquired from unprotected public networks. Hackers masquer-ading as internal users can take advantage of weak internal security to gain access to confidential information. 空白处(9)应选择()
第19题:
network unification
network management
mobility platform
client devices
第20题:
DMZ is enabled.
MAC filtering is enabled.
WEP is being used.
SSID broadcast is disabled.
第21题:
to confine network instability to single areas of the network
to reduce the complexity of router configuration
to speed up convergence
to lower costs by replacing routers with distribution layer switches
to decrease latency by increasing bandwidth
to reduce routing overhead
第22题:
prevent the leakage of external fiber emissions
provide the optical network with the highest level of security possible
assure an even distribution of 1's and 0's for extended transmitter life
assure an adequate number of transitions for clock recovery at the receiver
prevent the receiver from assuming AIS inadvertently when all 0's are received
第23题:
to confine network instability to single areas of the network.
to reduce the complexity of router configuration.
to speed up convergence.
to lower costs by replacing routers with distribution layer switches.
to decrease latency by increasing bandwidth.
to reduce routing overhead.