Whether the configured AnyOffice policy does not take effect on a mobile phone

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Possible causes are as follows:
1. The mobile phone is offline.
2. The configuration is incorrect, and the mobile phone is not associated with the policy.
3. The mobile phone uses the iOS system. The AE (SVN) fails to communicate with the APNS server. As a result, the policy is not delivered.

Other related questions:
Whether the configured AnyOffice policy does not take effect on a mobile phone
Possible causes are as follows: 1. The mobile phone is offline. 2. The configuration is incorrect, and the mobile phone is not associated with the policy. 3. The mobile phone uses the iOS system. The AE (SVN) fails to communicate with the APNS server. As a result, the policy is not delivered.

What should I do if the configured IP phone linkage service cannot take effect?
The IP phone linkage service conflicts with call forwarding unconditional (CFU), call forwarding busy (CFB), call forwarding conditional (CFC), and call transfer to voice mailbox unconditional (CTVMU) services. Cancel the conflicting services or reconfigure the account, and then verify the IP phone linkage service again.

Why a traffic policy does not take effect on an AR
Pay attention to the following points when configuring a traffic policy so that the traffic policy can take effect: - In a traffic behavior, when the permit action is configured with other actions, the device performs these actions one by one. The deny action cannot be used with other actions (except traffic statistics and traffic mirroring); even if they are configured together, only the deny action takes effect. - When packets are filtered based on an ACL rule, if the rule is configured to permit, the action taken on the packets is decided by the deny or permit action configured in the traffic behavior. If the rule is configured to deny, packets are discarded no matter whether the deny or permit action is configured in the traffic behavior. - A traffic policy that contains the following traffic behaviors can be applied only in the outbound direction of a WAN interface: traffic shaping, adaptive traffic shaping, congestion management, and congestion avoidance. - After fragmentation is configured on an AR, if the rule of the traffic classifier contains the non-first-fragment field, the rate limiting or statistics collection function cannot be configured for the fragmented packets sent to the AR. - If a traffic behavior is bound to an ACL that has no rule configured, the traffic policy referencing the ACL does not take effect.

Slow access of WLAN terminals
Methods of troubleshooting the problem related to slow user access: 1. The wireless air interface is of poor quality. - Use automatic channel optimization to properly plan the channels, and adjust the special areas to reduce overlapping channels. - Adjust the power to ensure strong signals. - Rule out other interference sources by using the WirelessMon or inSSIDer tool. 2. The NICs of some terminals cause the slow access. The access of certain users is slower than that of other users. Replace the NICs or terminals. 3. The intermediate network causes the slow access. - The problem of slow user association widely occurs in certain floors of buildings. It is probably the long latency of the intermediate network that causes the slow user access. - Ping the APs, DHCP server, RADIUS server, and users from the AC to determine the locations where network latency occurs. 4. The load balancing causes the slow user access. WLAN load balancing is used to balance the load of the clients on a WLAN, which ensures the performance and bandwidth of each client. This function is applied only in high-density wireless network environments. If load balancing is enabled in sparsely-populated areas (each AP covers fewer than 15 users), it cannot function as expected, and slow user association speed may be caused due to APs' denial of user association. - Use load balancing in some densely-populated scenarios. - Change the load balancing threshold into a proper value to decrease the load balancing triggering frequency. - Reduce the times of reconnection and shorten the time for users in denial due to load balancing reasons.

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