Roblox prp

One packet reaches the destination. On the infrastructure side, a PRP switch (for example, Cisco IE4000) is added to each aggregating endpoint. The PRP switch on the infrastructure side will remove the duplicating for upstream packets. The same redundancy for downstream packet is also implemented by the pair of PRP switch and WGB. Note The throughput of this solution depends on the network elements depicted in the diagram. Each element along the wired and wireless transmission path should validate its throughput to avoid being the throughput bottleneck. Figure 10. Concurrent Wireless Transmission Via One WGB With Dual Radio and Paired With One PRP Switch Configuration of Roaming Coordination on a Single WGB As the client traffic will be duplicated to transmit in dual radio links of one WGB, radio link coordination is necessary to avoid the possibility to trigger roaming at the same time, which will cause the traffic to be broken in a short window time. Configure dot11 dual radio coordinator on one WGB. WGB(config)# dot11 coordinator uplink both Configure dot11 coordination roaming waiting timer. The value of the timer is from 50–150 ms. The default is 100 ms. WGB(config)# dot11 coordinator timeout roam-wait [value ] Controller Configurations This section contains the configurations on controller to enable PRP under WLAN and multiple VLAN support. Note When you create WLAN, the BSSID of WLAN (mapping to 2.4G radio) and the BSSID of WLAN (mapping to 5G radio) must be different. Note From release 8.5, you can configure the PRP settings via both CLI and GUI. Enabling PRP Under WLAN (CLI) Use the following command to enable PRP under WLAN. The value of WLAN ID is between 1 and 512. (WLC)> config wlan wgb prp enable WLAN id > Use the following command to check the PRP status: (WLC)> show wlan WLAN id > The output of this show command displays the PRP status as below: Universal Ap Admin............................... DisabledBroadcast Tagging................................ DisabledPRP.............................................. Enabled Enabling PRP Under WLAN (GUI) To enable PRP under WLAN in GUI, choose WLAN -> Advanced . In the WGB PRP field, select the check box in front of Enable . Enabling Multiple VLAN Support (CLI) Use the following command to enable or disable the multiple VLAN support: (WLC-PRP)> config wgb vlan {enable|disable}enable Enable WGB Vlan Client Supportdisable Disable WGB Vlan Client Support Enabling Multiple VLAN Support (GUI) To enable multiple VLAN support in GUI, choose Controller -> General . In the WGB Vlan Client field, choose Enable from the drop-down list. WGB Configurations This section contains the commands on WGB to configure the PRP settings. Enabling PRP Mode on WGB The following commands enable the PRP submode on WGB. iw3702(config)# dot11 wgb prpiw3702(config-prp)# no shutdown Note PRP

Administratively down downVlan800 10.10.80.67 YES DHCP up up Step 2 On the track side PRP switch, use the following command to display ingress packet statistics. In this example, LAN A and LAN B both have one packet. Example: PRP-Track-SW# show prp statistics ingressPacketStatisticsGE ports PRP INGRESS STATS: ingress pkt lan a: 1 ingress pkt lan b: 1 ingress crc lan a: 0 ingress crc lan b: 0 ingress danp pkt acpt: 0 ingress danp pkt dscrd: 0 ingress supfrm rcv a: 0 ingress supfrm rcv b: 0 ingress over pkt a: 0 ingress over pkt b: 0 ingress pri over pkt_a: 0 ingress pri over pkt_b: 0FE ports PRP INGRESS STATS: ingress pkt_lan a: 0 ingress pkt_lan b: 0 ingress crc lan a: 0 ingress crc lan b: 0 ingress danp pkt acpt: 0 ingress danp pkt dscrd: 0 ingress supfrm rcv a: 0 ingress supfrm rcv b: 0 ingress over pkt a: 0 ingress over pkt b: 0 ingress pri over pkt a: 0 ingress pri over pkt b: 0 Step 3 On the train side PRP switch, ping the track side with the following command, to send 5 packets from the train to the track side: Example: PRP-Train-SW# ping 10.10.80.1 Step 4 On the track side PRP switch, use the following command to display the number of packets that LAN A and LAN B have received, and the number of duplicated packets that have been discarded. In this example, after receiving 5 packets, both LAN A and LAN B have 6 packets in total. Example: PRP-Track-SW# show prp statistics ingressPacketStatisticsGE ports PRP INGRESS STATS: ingress pkt lan a: 6 Dual Radio Parallel Redundancy Protocol Enhancement on WGB Release 8.5 provides the Dual Radio Parallel Redundancy Protocol (PRP) enhancement as the second phase of the PRP feature. This feature enables dual radio (2.4G and 5G) workgroup bridge mode on a WGB simultaneously. The WGB is wirelessly connected to the access points, with redundant packet transmissions over 2.4 GHz and 5 GHz subsystem. Supported platforms and access point mode: Controller and AP on the infrastructure side—FlexConnect AP mode (central authentication, local switching), the following IOS-based platforms are supported: IW3702, 2700, 3700, and 1570 series. WGB on the client side—Only supported for IW3700 Series Roaming coordination—Only supported for IW3700 Series Sample Network Configuration Concurrent Wireless Transmission Via One WGB With Dual Radio and Paired With One PRP Switch shows a topology of concurrent wireless transmission via one WGB with dual radio and paired with one PRP switch. The WGB (Cisco IW3702 Access Point) duplicates upstream packets and sends both packets simultaneously via 2.4 GHz and 5 GHz. The duplicated packets will pass to the access points, to ensure that at least

Physically occupy spaceWord LemmaPOS Tags: NN, NNSSecondary NodesPronounsObjectPOS Tags: PRP, Lemma: it, its, itselfPersonPOS Tags: PRP, PRP$, Lemma: I, you, myMasculine PersonPOS Tags: PRP, PRP$, Lemma: he, him, his, himselfFeminine PersonPOS Tags: PRP, PRP$, Lemma: she, her, herselfPeoplePOS Tags: PRP, PRP$, Lemma: we, they, them, ’em, themselvesDeterminersObjectPOS Tags: DT, Lemma: this, that, these, thoseProper NounsLocationPOS Tags: NNP, NNPS, NER Tag: LOCATIONPersonPOS Tags: NNP, NNPS, NER Tag: PERSONOrganizationPOS Tags: NNP, NNPS, NER Tag: ORGANIZATIONActions without SubjectsSubjectNATertiary NodesCreated during edge creation toaccount for missing nodesLocationPOS Tags: EXLocationPOS Tags: RP, Lemma = locationActionPrimary NodesEvents or activities connected with the entitiesWord LemmaPOS Tags: VB, VBD, VBG, VBN, VBP, VBZSecondary NodesAction nodes are NOT created for auxiliary verbsNot CreatedPOS Tags: VBTertiary NodesCreated during edge creation toaccount for missing nodesWord LemmaPOS Tags: VB, VBD, VBG, VBN, VBP, VBZ, TO, CCAttributesPrimary NodesProperties that further define the entities or actions.Word LemmaPOS Tags: JJ, JJR, JJS, RB, RBR, RBSTertiary NodesCreated during edge creation toaccount for missing nodesWord LemmaPOS Tags: IN (Prepositions)LemmaPOS Tags: CD, Word Lemma: “number” (Cardinals) Table 2. A summary of the edge creation protocols based on dependency relations. Table 2. A summary of the edge creation protocols based on dependency relations. Edge TypeDependencyDescriptionEdgeAgentA → nsubj → BNominal SubjectB → agent → AA → obl:agent → BOblique AgentsB → agent → AA → nsubj:xsubj → BSubjects of Embedded ActionsB → agent → AA → acl → BAdnominal ClauseB → agent → APatientA → obj → BDirect ObjectA → patient → BA → iobj → BIndirect ObjectB → patient

SSID A and SSID B each with specified VLAN. Each WGB is configured to connect either SSID A or SSID B. Others traffic without expectation of redundancy is recommended to be mapped to other SSID. WGB supports unified VLAN function and it is recommended that wired clients not to use VLANs assigned to SSID A or SSID B. Wired clients connected to WGB are source and recipients of redundancy traffic. The following figure shows a topology of concurrent wireless transmission via two WGBs paired with one PRP switch, commonly used in train transportation. On the train side, the PRP switch (in this example, Cisco IE2000U) duplicates upstream packets and sends both packets simultaneously via two different ports, Gi0/1 and Gi0/2. The dual packets will pass from different WGBs or APs, to ensure that at least one packet reaches the destination. On the track side, one more PRP switch is added to each aggregating endpoint along the track. The PRP switch on the track side will remove the duplicating for upstream packets. The same redundancy for downstream packet is also available by the pair of PRP switches. Note The throughput of this solution depends on the network elements depicted in the diagram. Each element along the wired and wireless transmission path should validate its throughput to avoid being the throughput bottleneck. Figure 8. Concurrent Wireless Transmission via Two WGBs Paired With One PRP Switch Controller Configuration (CLI Only) To enable or disable PRP on a WLAN (new command): (Cisco Controller)> config wlan wgb prp {enable|disable} wlan id>enable Enable Parallel Redundancy Protocol (PRP) feature on a WLANdisable Disable Parallel Redundancy Protocol (PRP) feature on a WLAN Note This feature is disabled by default. This CLI will enable two WLANs to allow dual associations in flex-connect mode. It will also enable the AP to forward packets to or from WGB wired clients with double tags in flex-connect mode. Note To enable unified VLANs in the WGB, the existing command config wgb vlan enable should also be executed. You should configure the inner VLAN (VLAN for wired client) on controller as well. WGB Configuration for Roaming Coordination (CLI Only) For Parallel Redundancy Protocol (PRP), wired client traffic will be duplicated to transmit in dual radio links in two WGBs. Dual radio links without any radio link coordination have the possibility to trigger roaming at the same time, so that the traffic will be broken in a short window time. The following figure is a typical PRP scenario of train transportation. AP like IW3702 has two physical Ethernet ports. Gig0 will be exclusively used to bridge PRP traffic. Gig1 will be used for internal communication. Gig 1 will connect to a non-PRP port on the