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This document outlines the labs and their objectives for the Implementing Cisco Unified Wireless Networking Essentials (IUWNE) v1.0 course. The labs cover topics such as antennas, ad hoc networks, wireless controller configuration, authentication methods, monitoring networks, and troubleshooting. The document provides visual objectives for 13 different labs aimed to teach students key concepts and skills for wireless networking.
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This document outlines the visual objectives and labs covered in the Implementing Cisco Unified Wireless Networking Essentials course. The course covers topics such as becoming familiar with antennas and ranges, creating ad hoc networks, configuring wireless LAN controllers, installing access points, experimenting with roaming and connections, configuring different authentication methods, monitoring and maintaining the network, backing up configurations, and troubleshooting. The document lists over a dozen lab objectives to provide hands-on experience with Cisco wireless networking essentials.
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2. The kernel receives these commands via the rtnetlink socket and invokes functions like tc_modify_qdisc.
3. tc_modify_qdisc looks up interfaces, finds or creates the requested qdisc, and grafts it onto the interface using functions like qdisc_create, qdisc_graft, and dev_graft_qdisc.
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IEEE 802.1Q is an open standard that defines Virtual Local Area Networks (VLANs) and specifies how VLAN membership can be identified using tags inserted into Ethernet frames. The standard defines a method for inserting a VLAN identifier into the header of Ethernet frames so switches can determine which VLAN a frame belongs to and restrict broadcast domains accordingly.
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This document outlines the visual objectives and labs covered in the Implementing Cisco Unified Wireless Networking Essentials course. The course covers topics such as becoming familiar with antennas and ranges, creating ad hoc networks, configuring wireless LAN controllers, installing access points, experimenting with roaming and connections, configuring different authentication methods, monitoring and maintaining the network, backing up configurations, and troubleshooting. The document lists over a dozen lab objectives to provide hands-on experience with Cisco wireless networking essentials.
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Pré-requisitos: Programaćão em C, conhecimento básico da pilha TCP/IP.
SCOR: Constraint Programming-based Northbound Interface for SDN
1) The document presents a constraint programming (CP)-based approach for implementing a northbound interface for software-defined networking (SDN) controllers.
2) The proposed interface uses MiniZinc, a CP modeling language, to define predicates for quality-of-service (QoS) routing algorithms and traffic engineering applications.
3) Example predicates modeled in MiniZinc include the network path predicate, path cost predicate, and capacity guarantee predicate.
Hybrid Topology Design with Cisco Packet Tracer
This document describes an experiment to set up a hybrid computer network topology in Cisco Packet Tracer. The hybrid topology combines a star backbone with two bus and two ring sub-topologies. It connects 12 computers with IP addresses in the 192.168.0.0/24 subnet range to hubs, switches, and each other to form the hybrid configuration. The objectives are to create the hybrid network and establish connections between devices like computers, hubs, and switches.
Introduction to OpenNet
OpenNet is an open-source SDN wireless network simulator designed to address limitations of existing simulators. It connects the ns-3 network simulator with the Mininet emulator to model wireless functionality in ns-3 and simulate OpenFlow protocols in Mininet. OpenNet supports OpenFlow 1.0 and 1.3, wireless modeling of mobility, loss and delay, and controller emulation. It provides an extensible framework for simulating software-defined wireless LANs and was released on GitHub with a published paper describing its design and capabilities.
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Chen Chen
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Research Track Session Part 2
ONS2015: http://bit.ly/ons2015sd
ONS Inspire! Webinars: http://bit.ly/oiw-sd
Watch the talk (video) on ONS Content Archives: http://bit.ly/ons-archives-sd
Interface between kernel and user space
The document discusses how traffic control (TC) works in the Linux kernel. It involves the following key steps:
1. A userspace TC application like tc creates a netlink socket and sends commands to modify queueing disciplines (qdiscs) and classes.
2. The kernel receives these commands via the rtnetlink socket and invokes functions like tc_modify_qdisc.
3. tc_modify_qdisc looks up interfaces, finds or creates the requested qdisc, and grafts it onto the interface using functions like qdisc_create, qdisc_graft, and dev_graft_qdisc.
4. Specific qdisc types like prio then further modify
IEEE 802.1Q
IEEE 802.1Q is an open standard that defines Virtual Local Area Networks (VLANs) and specifies how VLAN membership can be identified using tags inserted into Ethernet frames. The standard defines a method for inserting a VLAN identifier into the header of Ethernet frames so switches can determine which VLAN a frame belongs to and restrict broadcast domains accordingly.
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Maps in Cisco WCS are used to monitor wireless access point coverage and locate devices. The map levels include campus, building, and floor. Floor maps can have access points added and positioned. The map editor refines the predictive heat map generated by WCS to increase accuracy by defining obstacles like walls. A planning tool is also available to design new access point placement and coverage.
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Cisco WCS is centralized wireless network management software that allows administrators to manage devices, track wireless clients and assets, and perform wireless network planning and monitoring. It offers various license types depending on the number of access points and servers to be managed. Cisco WCS Navigator can manage up to 30,000 access points across multiple WCS servers. It provides inventory reports, search functions, and backup of regional WCS configurations.
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Standalone access points can be managed through their console, telnet, or web interface using default credentials. They can be configured for basic settings through express setup menus or converted to lightweight mode using the Cisco IOS-to-LWAPP conversion utility or Wireless Control System. This allows the access points to be centrally managed by a wireless LAN controller. Certain older access point models cannot be converted to lightweight mode.
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This document discusses upgrading Cisco wireless controllers and Cisco WCS software from a web interface, saving and restoring configuration files, and how wireless signals can be affected by walls, moving objects, and non-WiFi sources. It also mentions that different applications require specific wireless coverage patterns and that controllers and Cisco WCS offer tools to understand network conditions and troubleshoot wireless clients.
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Each antenna has a unique radiation pattern described by elevation and azimuth charts. Polarization of antennae can be linear or circular. Some wireless technologies use antenna diversity to choose the best antenna to receive and transmit to clients. Different types of antennae include omnidirectional, directional, and special designs. Connectors, attenuators, amplifiers, lightning arrestors and splitters are also discussed in relation to wireless antenna systems.
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A site survey is important for both pre-deployment planning and post-deployment verification of a wireless network. During pre-deployment, a site survey identifies areas with problematic signal attenuation and determines optimal access point positions and density. After deployment, a site survey audits coverage, roaming performance, and any RF issues. The type of wireless devices and their usage, as well as desired packet performance, influence coverage area size and cell overlap requirements.
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Cisco WCS is network monitoring software that allows users to personalize a home page with tabs. It includes a Monitor menu to check controllers, access points, clients, and security events. The software displays an alarm dashboard that identifies issues through different color codes. Cisco WCS also has location capabilities to track wireless devices on a map with 90% accuracy within 10 meters using closest AP, triangulation, or fingerprinting methods. It can locate up to 2,500 devices with a Cisco Location Appliance for more precise positioning.
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The controller Monitor page allows monitoring of access points and their radios, detection of rogue devices which can then be contained or identified, and viewing detailed client information including disabling or excluding clients. The controller also contains an internal DHCP server to provide IP addresses to wireless clients and access points.
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The document describes experiments conducted using Cisco Packet Tracer software to simulate and test different computer network topologies. It includes 15 experiments covering topics like connecting devices using hubs and switches, implementing bus, star, ring, tree and hybrid topologies, creating local and wireless networks, and connecting multiple networks using routers. Each experiment lists the aim, steps to set up the topology, and provides a brief explanation of the networking concepts tested.
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1. The student designed a network for the Goethe-Institut in Dhaka to simulate their networking needs. The network included servers, PCs, wireless access points, switches, routers, IP phones, and other devices across three floors.
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2) Connecting two switches with a crossover cable and configuring trunk mode to allow communication between PCs in the same VLAN but different switches.
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The document discusses various wireless LAN security protocols defined in IEEE 802.11 including open authentication, WEP authentication and encryption, and MAC address filtering. It notes that WEP has weaknesses like weak encryption, repeating initialization vectors that can be used to crack keys, and each client and access point must be configured with matching WEP keys. MAC address filtering allows controlling client access per WLAN by checking MAC addresses against a local or RADIUS server database.
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Cisco WCS is a management tool that can be installed on servers to configure and manage wireless LWAPP controllers and access points using SNMP. It allows administrators to view maps of the wireless network with devices located and tracked either temporarily or constantly when used with Cisco's Location Appliance.
Iuwne10 S05 L05
Maps in Cisco WCS are used to monitor wireless access point coverage and locate devices. The map levels include campus, building, and floor. Floor maps can have access points added and positioned. The map editor refines the predictive heat map generated by WCS to increase accuracy by defining obstacles like walls. A planning tool is also available to design new access point placement and coverage.
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Cisco WCS is centralized wireless network management software that allows administrators to manage devices, track wireless clients and assets, and perform wireless network planning and monitoring. It offers various license types depending on the number of access points and servers to be managed. Cisco WCS Navigator can manage up to 30,000 access points across multiple WCS servers. It provides inventory reports, search functions, and backup of regional WCS configurations.
Iuwne10 S03 L03
The Cisco Secure Services Client (SSC) allows secure management of wired and wireless connections. It includes a 90-day trial license for full features or non-expiring licenses for wired-only or full wired and wireless access. The SSC client is easy to install and groups connections logically. It allows users to create simple wireless profiles while the administration utility defines complex security policies, profiles, and license deployment.
Iuwne10 S05 L03
The document summarizes the administration interface of Cisco WCS. It has a login screen that defaults to the server IP over HTTPS. The main administration menu allows managing background tasks, users and groups, audit trails, logging, data management, mail servers, and user preferences. Specifically, the AAA section is used to define and manage administrative users, while the settings menu configures data aggregation and log file parameters to control database size over time.
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Standalone access points can be managed through their console, telnet, or web interface using default credentials. They can be configured for basic settings through express setup menus or converted to lightweight mode using the Cisco IOS-to-LWAPP conversion utility or Wireless Control System. This allows the access points to be centrally managed by a wireless LAN controller. Certain older access point models cannot be converted to lightweight mode.
Iuwne10 S06 L04
This document discusses upgrading Cisco wireless controllers and Cisco WCS software from a web interface, saving and restoring configuration files, and how wireless signals can be affected by walls, moving objects, and non-WiFi sources. It also mentions that different applications require specific wireless coverage patterns and that controllers and Cisco WCS offer tools to understand network conditions and troubleshoot wireless clients.
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Each antenna has a unique radiation pattern described by elevation and azimuth charts. Polarization of antennae can be linear or circular. Some wireless technologies use antenna diversity to choose the best antenna to receive and transmit to clients. Different types of antennae include omnidirectional, directional, and special designs. Connectors, attenuators, amplifiers, lightning arrestors and splitters are also discussed in relation to wireless antenna systems.
Iuwne10 S06 L02
A site survey is important for both pre-deployment planning and post-deployment verification of a wireless network. During pre-deployment, a site survey identifies areas with problematic signal attenuation and determines optimal access point positions and density. After deployment, a site survey audits coverage, roaming performance, and any RF issues. The type of wireless devices and their usage, as well as desired packet performance, influence coverage area size and cell overlap requirements.
Iuwne10 S05 L06
Cisco WCS is network monitoring software that allows users to personalize a home page with tabs. It includes a Monitor menu to check controllers, access points, clients, and security events. The software displays an alarm dashboard that identifies issues through different color codes. Cisco WCS also has location capabilities to track wireless devices on a map with 90% accuracy within 10 meters using closest AP, triangulation, or fingerprinting methods. It can locate up to 2,500 devices with a Cisco Location Appliance for more precise positioning.
Iuwne10 S02 L06
The controller Monitor page allows monitoring of access points and their radios, detection of rogue devices which can then be contained or identified, and viewing detailed client information including disabling or excluding clients. The controller also contains an internal DHCP server to provide IP addresses to wireless clients and access points.
Iuwne10 S02 L05
A Cisco Wireless LAN Controller (WLC) can reside in a single mobility group and exchange information about clients with other controllers in the same group. Roaming occurs when a client changes access points while transmitting. At layer 2, credentials are passed between controllers to maintain connectivity, while at layer 3 roaming can be symmetric or asymmetric to either maintain the client's IP address or reconnect to the original subnet. The mobility anchor feature allows for partial symmetric roaming when used in conjunction with specific WLAN configurations.
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The document provides guidance on troubleshooting wireless LAN issues through checking visual elements, common controller and client issues, and using Cisco Wireless LAN Controller commands and displays. It highlights using debug commands, show commands, and logs to test layer 2 and layer 3 connectivity and diagnose problems. Third-party packet sniffers and Cisco Spectrum Expert can also assist with troubleshooting.
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- Key takeaways around getting familiar with OVS CLI utilities, when to use different features, and creating VLANs for testbeds using KVM.
- How SDN separates the control plane that makes forwarding decisions from the data plane that performs forwarding, allowing centralized network control.
- An overview of OVS architecture with userspace control tools communicating with kernel-level datapath through a database, and support for
Dynamic composition of virtual network functions in a cloud environment
Translation of the Bachelor of Science thesis dissertation, for the graduation in Electronics, Computer Science and Telecommunications Engineering.
Quantum essex summary
Quantum is a project that provides networking services for OpenStack. It allows tenants to define complex network topologies rather than being limited to static connectivity options. Quantum uses plugins to support different backend technologies and integrates with Nova to provision virtual networks. The initial release focused on basic L2 networking capabilities. Future work includes improving production readiness, integrating all Nova networking features, and implementing advanced services like L3 routing.
neutron_icehouse_update
Interop Tokyo 2014 SDI (Software Defined Infrustructure) ShowCase Seminoar Presentation. The presentation covers Neutron API models (L2/L3 and Advanced Network services), Neutron Icehouse Update and Juno topics.
20151222_Interoperability with ML2: LinuxBridge, OVS and SDN
The document discusses interoperability between OpenStack Networking (Neutron) and different layer 2 networking technologies like LinuxBridge, Open vSwitch (OVS), and Software-Defined Networking (SDN) using the Modular Layer 2 (ML2) plugin framework. It provides background on LinuxBridge and OVS, describes the expected scenario of using ML2 with LinuxBridge and OVS mechanism drivers and type drivers like flat, VLAN, GRE, and VXLAN. It also briefly discusses the role of the ML2 plugin and mechanism drivers in code.
[OpenStack 하반기 스터디] Interoperability with ML2: LinuxBridge, OVS and SDN
The document discusses integrating OpenStack Networking (Neutron) with Software Defined Networking (SDN) controllers. It describes how Neutron can use an SDN controller like ONOS instead of traditional mechanism drivers like Open vSwitch. The key components that would need to be modified are the mechanism driver, service plugin, and configuration. Five virtual machines or host machines running specific OpenStack and ONOS services are also needed to demonstrate the integration between Neutron and an SDN controller.
Openstack Networking Internals - first part
Openstack Networking Internals - first part
Description of the Virtual Network Infrastructure inside an OpenStack cluster
The pictures of the VNI were taken with the "Show my network state" tool
https://sites.google.com/site/showmynetworkstate/
CloudComp 2015 - SDN-Cloud Testbed with Hyper-convergent SmartX Boxes
CloudComp 2015 - SDN-Cloud Testbed with Hyper-convergent SmartX BoxesGIST (Gwangju Institute of Science and Technology)
Paper presentation with title "Building and Operating Distributed SDN-Cloud Testbed with Hyper-convergent SmartX Boxes" in EAI Cloud Computing Conference in Daejeon Seoul Korea.Similar to Iuwne10 Cag (20)
DCCN 2016 - Tutorial 1 - Communication with LAN/WLAN
DCCN 2016 - Tutorial 1 - Communication with LAN/WLAN
Dynamic composition of virtual network functions in a cloud environment
Dynamic composition of virtual network functions in a cloud environment
20151222_Interoperability with ML2: LinuxBridge, OVS and SDN
20151222_Interoperability with ML2: LinuxBridge, OVS and SDN
[OpenStack 하반기 스터디] Interoperability with ML2: LinuxBridge, OVS and SDN
[OpenStack 하반기 스터디] Interoperability with ML2: LinuxBridge, OVS and SDN
CloudComp 2015 - SDN-Cloud Testbed with Hyper-convergent SmartX Boxes
CloudComp 2015 - SDN-Cloud Testbed with Hyper-convergent SmartX Boxes
More from Ravi Ranjan
Iuwne10 S05 L04
This document discusses managing wireless networks from Cisco WCS, including adding controllers, configuring access points, performing audits to compare configurations, creating templates to apply configurations, grouping configurations, and using auto-provisioning to automatically configure controllers.
Iuwne10 S05 L02
Cisco WCS is network management software that requires certain hardware specifications depending on the number of access points and controllers it will manage. The installation process involves opening required ports, setting up FTP and TFTP root folders, and installing Cisco WCS and its dependencies, with a log file created to verify successful installation. After installing, a license file must be uploaded to Cisco WCS to activate it and allow device management capabilities.
Iuwne10 S04 L07
The document discusses authentication and encryption for wireless networks. It states that open authentication provides no user authentication while WEP provides weak authentication and encryption. It recommends using a central server and individually authenticating each user for stronger authentication. WPA and WPA2 create a framework for stronger authentication and encryption, and Cisco Centralized Key Management can be added to increase roaming efficiency. Most security features can be configured on the controller and EAP types will be relayed while the controller uses encryption angle to categorize the security type.
Iuwne10 S04 L06
WLAN security can be configured through the Layer 2, Layer 3, and Security menus. 802.1X uses RADIUS server authentication with optional WEP encryption, while WPA/WPA2 supports both RADIUS server-based enterprise and personal pre-shared key modes. Different client devices provide interfaces for selecting security types including 802.1X, WPA, WPA2, and open networks with web-based authentication.
Iuwne10 S04 L04
EAP-TLS uses certificates and PKI for mutual authentication between clients and RADIUS servers, requiring client and server certificates that must be managed. EAP-FAST establishes a secure tunnel using dynamically generated PACs instead of certificates. PEAP provides one-way authentication from server to client using a server certificate, allowing different inner authentication methods like EAP-GTC and EAP-MSCHAPv2 without client certificates. Cisco LEAP authenticates users via a username and password with dynamic WEP keys.
Iuwne10 S04 L05
WPA introduced a pre-standard framework to improve WEP security by allowing for 802.1X authentication and enhancing the encryption protocol. WPA2 was later standardized and implemented the full 802.11i specification, migrating authentication and encryption to be based on 802.1X and the stronger AES protocol. Additional features were introduced to improve security such as per-packet key mixing and centralized key management solutions to facilitate secure roaming.
Iuwne10 S04 L01
Cisco WCS is a management tool that can be installed on servers to configure and manage wireless LWAPP controllers and access points using SNMP. It allows administrators to view maps of the wireless network with devices located and tracked either temporarily or constantly when used with the Location Appliance.
Iuwne10 S04 L03
This document discusses different methods for wireless LAN security and authentication. It describes how 802.1X and EAP provide a framework for centralized WLAN authentication through the use of RADIUS servers. It also explains that WLAN controllers can perform local EAP authentication using internal user databases or LDAP servers if RADIUS authentication fails or is not configured.
Iuwne10 S03 L05
Major operating systems offer basic wireless configuration utilities while Cisco provides more advanced tools like the ADU, SSU, ASTU and ACAU to configure Cisco cards and perform network analysis and troubleshooting. The SSC and administration utility combine ease of use for small office wireless networks with secure configuration and deployment of enterprise network profiles. The Cisco Compatible Extensions program allows clients to benefit from over 70 Cisco innovations through more than 70 features.
Iuwne10 S03 L04
The Cisco Compatible Extensions program allows third party vendors to implement Cisco wireless technologies in their products to ensure interoperability. It has over 70 advanced features that provide benefits such as centralized credential management, optimized roaming and security. Compatible products are tested and certified to work with Cisco wireless infrastructure and provide customers with the latest Cisco innovations.
Iuwne10 S03 L02
The Cisco ADU is a tool for managing Cisco wireless network adapters. It has a straightforward installation process and recommends rebooting. The ADU homepage displays basic client information and advanced status can be viewed. Profiles are created to define security settings and connect to different WiFi networks. Advanced diagnostics provide troubleshooting details. The Cisco Site Survey Utility provides additional connection monitoring and troubleshooting. The Cisco ACAU is an administration tool used to centrally create and deploy ADU profiles and configurations.
Iuwne10 S03 L01
The document discusses several tools for configuring wireless connections on different operating systems:
NetworkManager is a GUI for configuring wireless on Linux that allows creating simple password-based profiles or richer enterprise profiles. macOS uses AirPort Extreme, which configures parameters for networks in range and allows ad hoc or advanced profiles. Windows uses the Wireless Zero Configuration utility to automatically connect to preferred networks, detect broadcasting networks, and create basic profiles to add to preferred networks.
Iuwne10 S02 L09
Cisco offers both standalone and controller-based wireless solutions, with controllers managing access point configuration and providing services to clients. Controller-based solutions use LWAPP to allow access points to communicate with and be controlled by controllers. When clients roam, the infrastructure enables seamless roaming between access points using symmetric or asymmetric roaming behaviors.
Iuwne10 S02 L08
The document discusses Cisco's Mobility Express wireless solution for small businesses. The Cisco 521 AP can operate as a standalone access point or be managed by the Cisco 526 Controller in lightweight mode. The Cisco 526 Controller can manage up to six Cisco 521 APs and provides centralized management of users, policies, and more. Cisco Configuration Assistant can be used to configure both standalone 521 APs and the Mobility Express network that includes the 526 Controller and managed 521 APs.
Iuwne10 S02 L04
Access points can operate in different modes to perform various functions. Local mode provides data services while monitoring other channels. Monitor mode permanently scans all channels. Sniffer mode captures frames on one channel and sends them to a station. Rogue detector mode detects rogues on the wired network. Some APs support H-REAP mode to provide access when the controller is not reachable, and bridge mode to create mesh networks.
Iuwne10 S02 L01
Major operating systems offer basic wireless configuration utilities while Cisco provides more advanced tools like the ADU, SSU, ASTU and ACAU to configure Cisco cards and perform network analysis and troubleshooting. The SSC and administration utility combine ease of use for small office wireless networks with secure configuration and deployment of enterprise network profiles. The Cisco Compatible Extensions program allows clients to benefit from over 70 Cisco innovations through more than 70 features.
More from Ravi Ranjan (16)
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Programming Foundation Models with DSPy - Meetup Slides
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AI 101: An Introduction to the Basics and Impact of Artificial Intelligence
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During the hour, we’ll take you through:
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Introduction of Cybersecurity with OSS at Code Europe 2024
I develop the Ruby programming language, RubyGems, and Bundler, which are package managers for Ruby. Today, I will introduce how to enhance the security of your application using open-source software (OSS) examples from Ruby and RubyGems.
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20240607 QFM018 Elixir Reading List May 2024
Everything I found interesting about the Elixir programming ecosystem in May 2024
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Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-and-domino-license-cost-reduction-in-the-world-of-dlau/
The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
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Monitoring and Managing Anomaly Detection on OpenShift.pdf
Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
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Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
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“Building and Scaling AI Applications with the Nx AI Manager,” a Presentation...
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For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/building-and-scaling-ai-applications-with-the-nx-ai-manager-a-presentation-from-network-optix/
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Iuwne10 Cag
- 1. Implementing Cisco Unified Wireless Networking Essentials (IUWNE) v1.0
- 3. Lab Topology, Pod X
- 4. Lab Topology, Backbone View (Two Pods)
- 5. Pod 1 and Pod 2 Common Equipment
- 6. Logical View of VPN
- 7. Visual Objective for Lab 1-1: Becoming Familiar with Antennas and Ranges x mW = y dBm
- 8. Visual Objective for Lab 1-2: Creating an Ad Hoc (IBSS) Network and Analyzing the Communication
- 9. Visual Objective for Lab 2-1: Configuring a Cisco 2106 WLC
- 10. Visual Objective for Lab 2-2: Configuring and Migrating a Standalone AP
- 11. Visual Objective for Lab 2-3: Installing and Configuring a Cisco Mobility Express Wireless Controller and AP
- 12. Visual Objective for Lab 3-1: Installing and Using the Cisco ADU
- 13. Visual Objective for Lab 3-2: Experimenting with Connections and Roaming
- 14. Visual Objective for Lab 4-1: 802.1Q and Web Authentication
- 15. Visual Objective for Lab 4-2: Configuring EAP-FAST Authentication with WPA
- 16. Visual Objective for Lab 5-1: Configuring Controllers and APs from the Cisco WCS Interface
- 17. Visual Objective for Lab 5-2: Working with Maps
- 18. Visual Objective for Lab 5-3: Monitoring the Network and Containing Devices
- 19. Visual Objective for Lab 6-1: Backing Up the Controller Configuration and the Cisco WCS Database Files
- 20. Visual Objective for Lab 6-2: Troubleshooting
- 21. Visual Objective for Lab 6-3: Optional Lab