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Planning & Designing
„c Design a simple LAN using Cisco Technology
„c Design an IP addressing scheme to meet design requirements
„c Select an appropriate routing protocol based on user requirements
„c Design a simple internetwork using Cisco technology
„c Develop an access list to meet user specifications
„c Choose WAN services to meet customer requirements

Implementation & Operation
„c Configure routing protocols given user requirements
„c Configure IP addresses, subnet masks, and gateway addresses on routers and hosts
„c Configure a router for additional administrative functionality
„c Configure a switch with VLANS and inter-switch communication
„c Implement a LAN
„c Customize a switch configuration to meet specified network requirements
„c Manage system image and device configuration files
„c Perform an initial configuration on a router
„c Perform an initial configuration on a switch
„c Implement access lists
„c Implement simple WAN protocols

Troubleshooting
„c Utilize the OSI model as a guide for systematic network troubleshooting
„c Perform LAN and VLAN troubleshooting
„c Troubleshoot routing protocols
„c Troubleshoot IP addressing and host configuration
„c Troubleshoot a device as part of a working network
„c Troubleshoot an access list
„c Perform simple WAN troubleshooting Technology
„c Describe network communications using layered models
„c Describe the Spanning Tree process
„c Compare and contrast key characteristics of LAN environments
„c Evaluate the characteristics of routing protocols
„c Evaluate TCP/IP communication process and its associated protocols
„c Describe the components of network devices
„c Evaluate rules for packet control
„c Evaluate key characteristics of WANs

Introduction to Wireless Communication Technologies
What is Wireless Communications
„c Principles of EM waves
„c Its application in daily life

The Cellular concept
„c First generation (1G) mobile
„c Second generation (2G) mobile
„c Two and a half generation (2.5G) mobile
„c Third generation (3G) mobile
„c FDMA, CDMA, TDMA

Wireless LAN Standard
„c 802.11a,b,g
„c 802.11 extension, e.g 802.11e
„c WLAN components and standard
„c Third generation (3G) mobile

Other Wireless Standard
„c InfraRed
„c BlueTooth
„c Satellite Communications

Installing, Configuring, and Administering a Wireless LAN
Radio Frequency (RF) Fundamentals
„c RF behavior
„c Principles of antennas
„c Following power output regulations
„c RF math calculations

Spread Spectrum Technologies
„c Uses of Spread Spectrum
„c Frequency Hopping
„c Direct Sequencing
„c Comparing DSSS to FHSS
„c Co-location and throughput analysis

Hardware Installation, Configuration, and Management
„c Access points
„c Wireless bridges
„c Wireless workgroup bridges
„c Client devices
„c Residential gateways
„c Enterprise gateways

Antennas and Accessories
„c Omni-directional
„c Semi-directional
„c Directional
„c Determining coverage areas
„c Proper mounting and safety
„c Performing outdoor/indoor installations
„c Power over Ethernet
„c Cables and connector usage requirements

Organizations and Standards
„c FCC rules
„c Frequency ranges and channels
„c IEEE 802.11 family of standards
„c Wireless LAN organizations
„c HomeRF
„c Bluetooth
„c Infrared

802.11 Network Architecture
„c Joining a wireless LAN
„c Authentication and association
„c Basic Service Set
„c Extended Service Set
„c Independent Basic Service Set
„c Roaming in a wireless LAN
„c Beacons and Probe Frames
„c Power management features

Physical and MAC Layers
„c Differences between wireless and Ethernet frames
„c Collision handling and the use of RTS/CTS
„c Throughput and dynamic rate selection
„c Analysis of DCF/PCF
„c Interframe spacing
„c Effects of packet fragmentation

Site Surveying
„c Defining business requirements
„c Facility analysis
„c Interviewing network management and users
„c Identifying bandwidth requirements
„c Determining contours of RF coverage
„c Documenting installation problems
„c Locating interference

Designing Security and Troubleshooting a Wireless LAN
Wireless LAN Security
„c Analysis of 802.11 security including WEP
„c Available security solutions
„c Types of network attacks
„c Protecting the network from attacks
„c Corporate security policies
„c Security recommendations

Troubleshooting Wireless LANs
„c Multipath
„c Hidden node
„c Near/Far
„c Identifying and resolving interference problems
„c Maximizing system throughput
„c Maximizing Co-location throughput
„c Channel reuse for roaming
„c Range considerations

„c Network Security
„c Firewalls and the Cisco PIX Firewall
„c The Cisco PIX Firewall Family
„c Getting Started with the Cisco PIX Firewall
„c Translations and Connections
„c Access Control Lists and Content Filtering
„c Object Grouping
„c Advanced Protocol Handling
„c Attack Guards, Intrusion Detection, and Shunning
„c Authentication, Authorization, and Accounting
„c Failover
„c Virtual Private Networks
„c System Management
„c Cisco PIX Device Manager
„c Lab ¡V PIX Basic Configuration
„c Lab ¡V NAT
„c Lab ¡V Access list
„c Lab ¡V Object Groups
„c Lab ¡V Fixup Protocol
„c Lab ¡V AAA
„c Lab ¡V VPN
„c Lab ¡V PIX Device Manager (PDM)
„c Lab ¡V Full Scale Lab Simulation

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²Ä¥|³¡¥÷ Exam LPI 101
„c Introducing bash
„c Using Linux commands
„c Creating links and removing files
„c Using wildcards
„c Regular expressions
„c FHS and finding files
„c Process control
„c Text processing
„c Kernel modules
„c System and network documentation
„c The Linux permissions model
„c Linux account management
„c Tuning the user environment
„c Filesystems, partitions, and block devices
„c Booting the system
„c Runlevels
„c Filesystem quotas
„c System logs

²Ä¤­³¡¥÷ Exam LPI 102
„c Shared libraries
„c Compiling applications from sources
„c Package management concepts
„c rpm, the Red Hat (P)ackage (M)anager
„c Debian package management
„c Introducing the kernel
„c Locating and downloading sources
„c Configuring the kernel
„c Compiling and installing the kernel
„c Boot configuration
„c PCI devices
„c Linux USB
„c TCP/IP networking
„c Internet services
„c Security overview
„c Printing
„c USB devices and Linux
„c Secure shell
„c NFS

Introduction to Packet Voice Technologies
„c Explain traditional telephony networks
„c Describe packetized voice networks
„c Describe IP data networks

Analog and Digital Voice Connections
„c Recognize the basics of analog and digital voice
„c Explain the processes and standards of voice digitalization, compression, and digital signaling
„c Describe the standards, applications, and issues of FAX and modem usage over a VoIP network

Configuring Voice Interfaces
„c Configure analog and digital voice interfaces
„c Configure analog and digital voice ports for optimal voice quality
„c Given a scenario, identify how to create, customize, and verify digital port operations

Voice Dial Peers
„c Describe call flows as they relate to inbound and outbound dial peers
„c Describe the need for and application of voice dial peers
„c Given a scenario, determine appropriate method of digit forwarding and manipulation

Introduction to Voice over IP
„c Describe the fundamentals of VoIP and identify challenges and solutions regarding its implementation
„c Discuss the differences and similarities between VoIP and Voice over other technologies, such as Frame Relay or ATM
„c Describe the roles of Gateways in integrating VoIP with the traditional voice technologies found in enterprise and service provider networks
„c List the bandwidth requirements for various codecs and data links and methods to reduce bandwidth consumption
„c Given a scenario, verify basic call setup through debug commands
„c Given a scenario, identify appropriate show and debug commands to monitor and troubleshoot the connections

Voice over IP Signaling and Call Control
„c Describe the need for and the operation of various signaling and call control models
„c Describe call control services such as H.323, Session Initiation Protocol (SIP), and Media Gateway Control Protocol (MGCP)
„c Explain the functional components of SIP and the interactions between them
„c Explain the functional components of MGCP and their interactions
„c Compare the H.323, SIP, and MGCP call control models

Improving and Maintaining Voice Quality
„c State the purpose for Voice Quality Measurement including codec choice, which affects quality
„c List the challenges of transporting realtime voice in a non-realtime IP internetwork
„c Describe Quality of Service (QoS) functional areas and tools and the effect of network design on QoS
„c Describe jitter, its overall affect on voice quality, and how to overcome it

Project Management in a Changing World
„c What is a Project?
„c What is Project Management?
„c Project Manager¡¦s Tool Bag
„c Project Environment
„c Organization Influences
„c Social-Economic-Environmental Influences
„c Project Life Cycles

Defining the Project
„c Project Stakeholders and Roles
„c Five factors for a success project
„c Project Document ¡V Project Charter
„c Project Requirement ¡V Statement of Work
„c Responsibility Assignment Matrix

Use of Software for Project Management
„c MS Projects
„c Free Software
„c Excel and Words