NETWORK WARRIOR
2 HUBS AND SWITCHES HUBS SWITCHES 3 AUTO-NEGOTIATION WHAT IS AUTO-NEGOTIATION? HOW AUTO-NEGOTIATION WORKS WHEN AUTO-NEGOTIATION FAILS AUTO-NEGOTIATION BEST PRACTICES CONFIGURING AUTO-NEGOTIATION 4 VLANS CONNECTING VLANS CONFIGURING VLANS 5 TRUNKING HOW TRUNKS WORK CONFIGURING TRUNKS 6 VLAN TRUNKING PROTOCOL VTP PRUNING DANGERS OF VTP CONFIGURING VTP 7 ETHERCHANNEL LOAD BALANCING CONFIGURING AND MANAGING ETHERCHANNEL 8 SPANNING TREE BROADCAST STORMS MAC ADDRESS TABLE INSTABILITY PREVENTING LOOPS WITH SPANNING TREE MANAGING SPANNING TREE ADDITIONAL SPANNING TREE FEATURES COMMON SPANNING TREE PROBLEMS DESIGNING TO PREVENT SPANNING TREE PROBLEMS PART II ROUTERS AND ROUTING 9 ROUTING AND ROUTERS ROUTING TABLES ROUTE TYPES THE IP ROUTING TABLE 10 ROUTING PROTOCOLS COMMUNICATION BETWEEN ROUTERS METRICS AND PROTOCOL TYPES ADMINISTRATIVE DISTANCE SPECIFIC ROUTING PROTOCOLS 11 REDISTRIBUTION REDISTRIBUTING INTO RIP REDISTRIBUTING INTO EIGRP REDISTRIBUTING INTO OSPF MUTUAL REDISTRIBUTION REDISTRIBUTION LOOPS LIMITING REDISTRIBUTION 12 TUNNELS GRE TUNNELS GRE TUNNELS AND ROUTING PROTOCOLS GRE AND ACCESS LISTS 13 RESILIENT ETHERNET HSRP HSRP INTERFACE TRACKING WHEN HSRP ISN’T ENOUGH 14 ROUTE MAPS BUILDING A ROUTE MAP POLICY-ROUTING EXAMPLE 15 SWITCHING ALGORITHMS IN CISCO ROUTERS PROCESS SWITCHING INTERRUPT CONTEXT SWITCHING CONFIGURING AND MANAGING SWITCHING PATHS PART III MULTILAYER SWITCHES 16 MULTILAYER SWITCHES CONFIGURING SVIS MULTILAYER SWITCH MODELS 17 CISCO 6500 MULTILAYER SWITCHES ARCHITECTURE CATOS VERSUS IOS 18 CATALYST 3750 FEATURES STACKING INTERFACE RANGES MACROS FLEX LINKS STORM CONTROL PORT SECURITY SPAN VOICE VLAN QOS PART IV TELECOM 19 TELECOM NOMENCLATURE INTRODUCTION AND HISTORY TELECOM GLOSSARY 20 T1 UNDERSTANDING T1 DUPLEX ENCODING FRAMING PERFORMANCE MONITORING ALARMS TROUBLESHOOTING T1S CONFIGURING T1S 21 DS3 LINE CODING CONFIGURING DS3S 22 FRAME RELAY ORDERING FRAME-RELAY SERVICE FRAME-RELAY NETWORK DESIGN OVERSUBSCRIPTION LOCAL MANAGEMENT INTERFACE (LMI) CONFIGURING FRAME RELAY TROUBLESHOOTING FRAME RELAY PART V SECURITY AND FIREWALLS 23 ACCESS LISTS DESIGNING ACCESS LISTS ACLS IN MULTILAYER SWITCHES REFLEXIVE ACCESS LISTS 24 AUTHENTICATION IN CISCO DEVICES BASIC (NON-AAA) AUTHENTICATION AAA AUTHENTICATION 25 FIREWALL THEORY BEST PRACTICES THE DMZ ALTERNATE DESIGNS 26 PIX FIREWALL CON?GURATION INTERFACES AND PRIORITIES NAMES OBJECT GROUPS FIXUPS FAILOVER NAT MISCELLANEOUS TROUBLESHOOTING PART VI SERVER LOAD BALANCING 27 SERVER LOAD-BALANCING TECHNOLOGY TYPES OF LOAD BALANCING HOW SERVER LOAD BALANCING WORKS CONFIGURING SERVER LOAD BALANCING 28 CONTENT SWITCH MODULES IN ACTION COMMON TASKS UPGRADING THE CSM PART VII QUALITY OF SERVICE 29 INTRODUCTION TO QOS TYPES OF QOS QOS MECHANICS COMMON QOS MISCONCEPTIONS 30 DESIGNING A QOS SCHEME DETERMINING REQUIREMENTS CONFIGURING THE ROUTERS 31 THE CONGESTED NETWORK DETERMINING WHETHER THE NETWORK IS CONGESTED RESOLVING THE PROBLEM 32 THE CONVERGED NETWORK CONFIGURATION MONITORING QOS TROUBLESHOOTING A CONVERGED NETWORK PART VIII DESIGNING NETWORKS 33 DESIGNING NETWORKS DOCUMENTATION NAMING CONVENTIONS FOR DEVICES NETWORK DESIGNS 34 IP DESIGN PUBLIC VERSUS PRIVATE IP SPACE VLSM CIDR ALLOCATING IP NETWORK SPACE ALLOCATING IP SUBNETS IP SUBNETTING MADE EASY 35 NETWORK TIME PROTOCOL WHAT IS ACCURATE TIME? NTP DESIGN CONFIGURING NTP 36 FAILURES HUMAN ERROR MULTIPLE COMPONENT FAILURE DISASTER CHAINS NO FAILOVER TESTING 37 GAD’S MAXIMS 38 AVOIDING FRUSTRATION WHY EVERYTHING IS MESSED UP HOW TO SELL YOUR IDEAS TO MANAGEMENT WHEN TO UPGRADE AND WHY WHY CHANGE CONTROL IS YOUR FRIEND HOW NOT TO BE A COMPUTER JERK