Learning Library المكتبة التعليمية

‏إظهار الرسائل ذات التسميات شبكات. إظهار كافة الرسائل

الجمعة، 3 فبراير 2012

TcL Scripting for Cisco IOS (Networking Technology)

TcL Scripting for Cisco IOS (Networking Technology)

C..o (6-2010) | EPUB+MOBI | 320 pages | ISBN: 1587059452 | 9.Mb

DOWNLOAD

http://www.filesonic.com/file/RKpvOdG/1587059452Tcl.rar
or
http://ul.to/y6nqgdl8/1587059452Tcl.rar

CCNA Cisco Certified Network Associate Study Guide

CCNA Cisco Certified Network Associate Study Guide

English | 2011 | PDF,MP3,FLV,EXE | ISBN: 978-0-470-90108-3 | 617MB

This comprehensive, enhanced version of the Sybex CCNA Study Guide provides certification candidates with the additional tools they need to prepare for this popular exam. this comprehensive guide has been completely updated to reflect the latest CCNA 640-802 exam.
Written by Cisco Authority Todd Lammle, whose straightforward style provides lively examples, hands-on and written labs, easy-to-understand analogies, and real-world scenarios that will not only help you prepare for the exam, but also give you a solid foundation as a Cisco networking professional.

This Study Guide teaches you how to

Describe how a network works
Configure, verify and troubleshoot a switch with VLANs and interswitch communications
Implement an IP addressing scheme and IP Services to meet network requirements in a medium-size Enterprise branch office network.
Configure, verify, and troubleshoot basic router operation and routing on Cisco devices
Explain and select the appropriate administrative tasks required for a WLAN
Identify security threats to a network and describe general methods to mitigate those threats
Implement, verify, and troubleshoot NAT and ACLs in a medium-size Enterprise branch office network.
Implement and verify WAN links

On the CD-ROM:

Chapter Review Questions
Full-Length Practice Exams
All new Audio and Video Instruction from Todd Lammle

Introduction.

Assessment Test.

Chapter 1 Internetworking.

Chapter 2 Review of Ethernet Networking and Data Encapsulation.

Chapter 3 Introduction to TCP/IP.

Chapter 4 Easy Subnetting.

Chapter 5 Variable Length Subnet Masks (VLSMs), Summarization, and Troubleshooting TCP/IP.

Chapter 6 Cisco's Internetworking Operating System (IOS).

Chapter 7 Managing a Cisco Internetwork.

Chapter 8 IP Routing.

Chapter 9 Enhanced IGRP (EIGRP) and Open Shortest Path First (OSPF).

Chapter 10 Layer 2 Switching and Spanning Tree Protocol (STP).

Chapter 11 Virtual LANs (VLANs).

Chapter 12 Security.

Chapter 13 Network Address Translation (NAT).

Chapter 14 Cisco's Wireless Technologies.

Chapter 15 Internet Protocol Version 6 (IPv6).

Chapter 16 Wide Area Networks.

Appendix A About the Companion CD.

Download:

http://ul.to/6j24spau/1E_Sybex_CISCO_CCNA_Study_Guide_w_CD_Sixth_Edition.part1.rar

http://ul.to/hk5fh12i/1E_Sybex_CISCO_CCNA_Study_Guide_w_CD_Sixth_Edition.part2.rar

http://ul.to/92aohw8x/1E_Sybex_CISCO_CCNA_Study_Guide_w_CD_Sixth_Edition.part3.rar

Cisco IP Communicator v.8.6

Cisco IP Communicator v.8.6 | 84MB

Release 8.6(1)
Filename cipc-Admin-ffr.8-6-1-0.zip
Release Date 03/May/2011
Description Cisco IP Communicator v 8.6(1)
Size 85861.7724609375 KB (87922455 bytes)
Router Checksum 0x1d49
MD5 4423ab39ef2706371bcc1da5a9896e21

Download:

http://ul.to/s105ndb4/cipc-Admin-ffr.8-6-1-0.zip

Internetwork Expert Cisco 642-813 CCNP SWITCH (New Links)

Internetwork Expert Cisco 642-813 CCNP SWITCH
English | wmv3 yuv420p 1264x800 300 kb/s 1000.00 fps | wmav2 44100 Hz stereo 64 kb/s | 2.13 GB
Genre: Video Training

The 642-813 SWITCH Exam Course will prepare you to plan, implement and verify the complex LAN switching solutions based on Cisco's Campus Enterprise Architecture. During the over 15 hours of online training you will learn about switching technologies, integration of VLANs, WLANs, voice and video into enterprise networks. Also, it includes detailed slides covering each of the technologies.
Content
Lesson 1 - Introduction
Lesson 2 - Campus Design
Lesson 3 - VLANs, Trunking, & VTP Part 1
Lesson 4 - VLANs, Trunking, & VTP Part 2
Lesson 5 - VTP
Lesson 6 - Spanning Tree Protocol-
Lesson 7 - Advanced STP Part 1
Lesson 8 - Advanced STP Part 2
Lesson 9 - Advanced STP Part 3 - RSTP
Lesson 10 - Advanced STP Part 4 - RSTP
Lesson 11 - InterVLAN Routing
Lesson 12 - EtherChannel
Lesson 13 - High Availability Part 1
Lesson 14 - High Availability Part 2
Lesson 15 - Layer 2 Security
Lesson 16 - Layer 2 Voice and Video Support
Lesson 17 - Wireless

Link Download
http://shareflare.net/download/79316.74ad71ef5a3de036865f22aa2e25/ine_642-813_switch.part1.rar.html
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Train Signal Cisco CCENT 640-822 (New Links)

Train Signal Cisco CCENT 640-822
English | camtasia bgr24 800x600 4.00 fps | pcm_s16le 22050 Hz mono 352 kb/s | 5.31 GB
Genre: Video Training

Over 15 hours of instruction with Expert Real World examples of Cisco Networking help you manage your Deploy and first Cisco Network. Mastering Networking Fundamentals Has Never Been More Fun: OSI Model, IP addressing, Routing and Switching, Security, Wireless, WAN, IOS Devices, configuring RIPv2, NAT and DHCP Implementing and much More! Acquiring your CCNA Certification CAN be challenging. Cisco recognizes this and has responded with a two-step solution. By essentially splitting the CCNA into 2 exams (CCENT & ICND2), you can give your brain a break and achieve your goals at your own pace. This course focuses on complete coverage of the CCENT exam.
Video 1
Introduction to Networking and the Networking Models

To familiarize you with the CCNA and CCENT, explain What you CAN expect from the course, and cover Exam Preparation information. Also I cover the Theory Needed for the Exam, Cisco Networking to Accelerate Career and for troubleshooting experience
What is A Network?
The OSI Model
Data Transmission The Process
The TCP / IP Model
Why Use Networking Models
TCP And UDP - Part 1
TCP And UDP - Part 2
Ports
Sockets
Port Numbers
Video 2
Ethernet Standards and Cable Types

The CCENT Exam Will Hammer You with Questions About Ethernet ... so this course breaks down everything you need to know about cable types. Also this is Crucial for setting up and running a network in the Real World.
The Need For And Operation of CSMA / CD
Ethernet Types And Standards
Pins And Transmissions
Crosstalk
Cable Types
Ethernet Addressing
Intro to WAN Cabling and a Cable Type Review
Video 3
Switching

I Explain How (and WHY) Switches Work ... in Theory, for Real World Application and Exam for the.
repeaters, Hubs and Bridges
Building the MAC Table
"Flood, Filter or Forward?
Frame Processing Methods
Virtual LANs
Cisco Three-Layer Switching Model
Introduction to STP
Basic Switch Security
Port Security Defaults, Options and Configurations
Video 4
Common Router and Switch Commands

This information is Necessary Both on Exam day and Also When working in the Real World as a network admin, as These Commands Are Used Daily.
Physical Connections and Passwords
Telnet and SSH
User, Enable and Privilege Modes
Password enable VS. Enable Secret
"privilege Level 15
Physical Side of Cisco Switches
Assigning an IP Address and Default Gateway To The Switch
Speed, Duplex, and "Interface Range
Banners, "Logging synch, and" exec-timeout
Keystroke Shortcuts and Manipulating History
Video 5
IP Addressing and Routing Process the

Covers This section must know (and memorize) Fundamentals, Which Are Needed for the Exam and Necessary for Future Videos: binary Math, Subnetting, and working with network and Port Address translations.
IP Addressing and Binary Conversions
IP Address Classes
IP Address Ranges Private
Intro to the Routing Process
Keeping Subnets On One "Side of the Router
Video 6
ARP, DNS and DHCP

This section Will you teach Fundamental These protocols Which Are Necessary for use within Any network.
One Destination, Two Destination Addresses
DNS and DHCP Process
The ARP Process
Routers, Broadcasts, and Proxy ARP
Configuring DHCP on a Cisco Router With SDM
Video 7
Memory Components and Config Files

This Video Introduces the Student to Basic Password and Security configurations, as well as Assigning privilege levels, SO IT's really the Foundation for Their Knowledge of router as well as Security Basic Password Recovery the Process.
ROM, RAM, NVRAM, And Flash
The Boot Process
Setup Mode
Startup And Running Configuration Files
The COPY Command
Upgrading IOS
Configuration The Register
Video 8
Intro to Wireless Networks (WLANs)

Learn the Standards of Wireless, Which relates to all Wireless, Not just Cisco. This is the fastest evolving and growing field. It's Also Necessary to memorize this information for the Exam.
Wireless Network Types
and Ranges Standards
Spread Spectrum
Antenna Types
CA VS. CD
SSIDs and MAC Address Authentication
WEP, WPA, WPA2 and
Video 9
Binary Math and Subnetting

Fundamentals for the Exam. Also, essential for IP addressing and IP address conservation. # 1 topic That Causes well otherwise element Students Prepared to fail CCNA / CCENT.
"The Secret (Of Binary Success, That Is)
Decimal> Binary, Binary> Decimal
Subnetting Basics
Calculating Number of Valid Subnets
Prefix Notification
Calculating Number of Valid Hosts
Calculating Number of valid IP Addresses in a Given Subnet
Calculating the Subnet Number of a Given IP Address
Meeting Stated Design Requirements

Mastering Binary Math PDF Workbook
Same Benefit as the Binary Math Video, BUT this Gives you the chance to try on your binary Math Own SO you CAN master IT and practice for the Exam.
Video 10
Static Routing and RIP - Part 1

More fundamentals for the exam, and you will see the work done over a Cisco router. You will learn how to manually set up routing. This Video will pave the way for Future Exam and Real World success.
Static Routing Theory and Labs
RIP Routing Theory and Labs
"show IP protocols," show IP route RIP, "debug IP RIP, And More!
Video 11
Wide Area Networks (WANs)

Learn to link routers with Other routers for Communication.
Physical Side of WANs
Directly Connecting Cisco Routers Via Serial Interfaces
HDLC and PPP
Frame Relay Intro to
RFC 1918 Addresses, NAT and PAT
Intro to ATM
and DSL Modems Variations
Video 12
Troubleshooting

95% of work in the real world is troubleshooting , SO IT's Necessary for Real World success.
Where to Begin
Cisco Discovery Protocol (CDP)
L1 and L2 Troubleshooting
LAN Troubleshooting
WAN Troubleshooting
Telnet and SSH Review and Maintenance Commands
Administrative Distance
Extended Ping and Traceroute
The Real Key to Troubleshooting
Video 13
Introduction to Network Security

you Will learn about network attackers and Intruders, How They Get in, and How to Keep your network save by Keeping Them out.
Firewalls and Proxy Servers
The Attacker's Arsenal
Intro to PIX, ASA, IDS, and IPS
Viruses, Worms, and Trojan Horses
Preventing Virus Attacks
One Final Cisco "Secret

CCNP Security Secure 642-637 Official

Master CCNP SECURE 642-637 exam topics
Assess your knowledge with chapter-opening quizzes
Review key concepts with exam preparation tasks

CCNP Security SECURE 642-637 Official Cert Guide is a best of breed Cisco exam study guide that focuses specifically on the objectives for the CCNP Security SECURE exam. Senior networking consultants Sean Wilkins and Trey Smith share preparation hints and test-taking tips, helping you identify areas of weakness and improve both your conceptual knowledge and hands-on skills. Material is presented in a concise manner, focusing on increasing your understanding and retention of exam topics.

Download

http://sms4file.com/download/36262.3f55f29cd66ae80684b779abd4a9/CCNP_Security_Secure_642-637_Official_Cert_Guide.pdf.html

Cooperative Cellular Wireless Networks

A self-contained, easy-to-follow guide to the state-of-the-art in cooperative communications and networking techniques for next generation cellular wireless systems, this comprehensive resource provides a succinct understanding of the theory, fundamentals and techniques involved in achieving efficient cooperative communication.

Download
http://extabit.com/file/28ekgbymg77rs

http://ul.to/2ocpqcml/__Cooperative_Cellular_Wireless_Networks.rar

الأربعاء، 7 سبتمبر 2011

CCNA Security Lab Manual

Cisco (8-2009) | PDF | 312 pages | 1587132494 | 16.0Mb

CCNA Security Lab Manual /by Cisco Networking Academy. The Cisco CCNA Security curriculum provides foundational network security knowledge, practical experience, opportunities for career exploration, and soft-skills development to help students prepare for careers with network security responsibilities. CCNA Security includes a comprehensive set of hands-on, online laboratories. To complement these, many students and instructors have requested a printed resource that can be used to study in places where Internet access may not be available. CCNA Security Lab Portfolio is that resource.
Drawn directly from the online curriculum, it covers every lab presented in this course, addressing all these areas of network security: " Modern network security threats " Securing network devices " Authentication, authorization and accounting " Implementing firewall technologies " Implementing intrusion prevention " Securing LANs " Cryptography " Implementing VPNs " Putting it all together CCNA Security Lab Portfolio gives students new flexibility to study these hands-on labs offline, highlight key points, and take handwritten notes. All topics are correlated directly to online web pages, helping you easily switch between offline and online content. Additional notes pages will be included between each lab for use as a notebook in class. A separate Answer Key is available in the Cisco Academy Connection area of Cisco's web site.

depositfiles | filesonic | easy-share

SIP Trunking

Cisco (2-2010) | PDF | 360 pages | 1587059444 | 4.8Mb

SIP Trunking /by Christina Hattingh, Darryl Sladden and ATM Zakaria Swapan. Written for enterprise decision-makers, network architects, consultants, and service providers, this book demystifies SIP trunking technology and trends and brings unprecedented clarity to the transition from TDM to SIP interconnects.
The authors separate the true benefits of SIP trunking from the myths and help you systematically evaluate and compare service provider offerings. You will find detailed cost analyses, including guidance on identifying realistic, achievable savings.
SIP Trunking also introduces essential techniques for optimizing network design and security, introduces proven best practices for implementation, and shows how to apply them through a start-to-finish case study.
Christina Hattingh, member of the technical staff in the Cisco Access Routing Technology Group (ARTG), has been involved with Cisco VoIP technologies from their inception and continues to consult and deliver training in these areas. Darryl Sladden, a Cisco Senior Product Manager, has been a key architect of the Cisco Unified Border Element and the Cisco SIP Trunking strategy as well as a key contributor to the AS5000 product, and several other Cisco VoIP technologies. ATM Zakaria Swapan, Cisco ARTG member of technical staff, has been a key contributor to the Cisco SIP development, Cisco Unified Border Element, VoIP Gateway, Secure Unified Communications, Wireless Voice, QoS & Call Admission Control and several other VoIP technologies.
• Discover the advanced Unified Communications solutions that SIP trunking facilitates
• Systematically plan and prepare your network for SIP trunking
• Generate effective RFPs for SIP trunking
• Ask service providers the right questions-–and make sense of their answers
• Compare SIP deployment models and assess their tradeoffs
• Address key network design issues, including security, call admission control, and call flows
• Manage SIP/TDM interworking throughout the transition

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الثلاثاء، 6 سبتمبر 2011

IP Design for Mobile Networks

Mark Grayson, Kevin Shatzkamer, Scott Wainner - IP Design for Mobile Networks
Publisher: Cis?o Pr?ss | 2009-06-25 | ISBN: 158705826X | PDF | 552 pages | 7.76 MB

As the cellular world and the Internet converge, mobile networks are transitioning from circuit to packet and the Internet Protocol (IP) is now recognized as the fundamental building block for all next-generation communication networks. The all-IP vision provides the flexibility to deliver cost-effective services and applications that meet the evolving needs of mobile users. RF engineers, mobile network designers, and system architects will be expected to have an understanding of IP fundamentals and how their role in delivering the end-to-end system is crucial for delivering the all-IP vision that makes the Internet accessible anytime, anywhere.

IP Design for Mobile Networks discusses proper IP design theory to effectively plan and implement your next-generation mobile network so that IP integrates all aspects of the network. The book outlines, from both a standards and a design theory perspective, both the current and target state of mobile networks, and the technology enablers that will assist the migration. This IP transition begins with function-specific migrations of specific network domains and ends with an end-to-end IP network for radio, transport, and service delivery. The book introduces many concepts to give you exposure to the key technology trends and decision points affecting today’s mobile operators.

The book is divided into three parts:
Part I provides an overview of how IP is being integrated into mobile systems, including radio systems and cellular networks.
Part II provides an overview of IP, the technologies used for transport and connectivity of today’s cellular networks, and how the mobile core is evolving to encompass IP technologies.
Part III provides an overview of the end-to-end services network based on IP, including context awareness and services.

Presents an overview of what mobile networks look like today—including protocols used, transport technologies, and how IP is being used for specific functions in mobile networks

Provides an all-inclusive reference manual for IP design theory as related to the broader application of IP for mobile networks
Imparts a view of upcoming trends in mobility standards to better prepare a network evolution plan for IP-based mobile networks
This book is part of the Networking Technology Series from Cisco Press®, which offers networking professionals valuable information for constructing efficient networks, understanding new technologies, and building successful careers.

http://www.filesonic.com/file/1851259134/2011-09-02-#-158705826X.pdf
or
http://www.wupload.com/file/138887605/2011-09-02-#-158705826X.pdf

Implementing Cisco IOS Network Security

Catherine Paquet - Implementing Cisco IOS Network Security
Publisher: Cis?o Pr?ss | 2009-04-27 | ISBN: 1587058154 | PDF | 624 pages | 10.86 MB

Authorized Self-Study Guide
Implementing Cisco IOS Network Security (IINS)
Foundation learning for CCNA Security IINS 640-553 exam
Catherine Paquet

Implementing Cisco IOS Network Security (IINS) is a Cisco-authorized, self-paced learning tool for CCNA® Security foundation learning. This book provides you with the knowledge needed to secure Cisco® routers and switches and their associated networks. By reading this book, you will gain a thorough understanding of how to troubleshoot and monitor network devices to maintain integrity, confidentiality, and availability of data and devices, as well as the technologies that Cisco uses in its security infrastructure.
This book focuses on the necessity of a comprehensive security policy and how it affects the posture of the network. You will learn how to perform basic tasks to secure a small branch type office network using Cisco IOS® security features available through the Cisco Router and Security Device Manager (SDM) web-based graphical user interface (GUI) and through the command-line interface (CLI) on Cisco routers and switches. The author also provides, when appropriate, parallels with Cisco ASA appliances.
Whether you are preparing for CCNA Security certification or simply want to gain a better understanding of Cisco IOS security fundamentals, you will benefit from the information provided in this book.
Implementing Cisco IOS Network Security (IINS) is part of a recommended learning path from Cisco that includes simulation and hands-on training from authorized Cisco Learning Partners and self-study products from Cisco Press. To find out more about instructor-led training, e-learning, and hands-on instruction offered by authorized Cisco Learning Partners worldwide, please visit www.cisco.com/go/authorizedtraining.
Catherine Paquet is a practitioner in the field of internetworking, network security and security financials. Catherine has in-depth knowledge of security systems, remote access, and routing technology. She is CCSP®, CCNP®, and CompTIA Security+ certified. She is also a certified Cisco instructor with the largest training partner of Cisco. Catherine, who has her M.B.A. from York University, is the director of her consulting company, Netrisec, Inc., specializing in making the business case for network security. In 2002 and 2003, Catherine volunteered with the UN mission in Kabul, Afghanistan, to train Afghan public servants in the area of networking.
Develop a comprehensive network security policy to counter threats against information security
Configure routers on the network perimeter with Cisco IOS Software security features
Configure firewall features including ACLs and Cisco IOS zone-based policy firewalls to perform basic security operations on a network
Configure site-to-site VPNs using Cisco IOS features
Configure IPS on Cisco network routers
Configure LAN devices to control access, resist attacks, shield other network devices and systems, and protect the integrity and confidentiality of network traffic
This volume is in the Certification Self-Study Series offered by Cisco Press®. Books in this series provide officially developed self-study solutions to help networking professionals understand technology implementations and prepare for the Cisco Career Certifications examinations.
Category: Cisco Certification
Covers: IINS exam 640-553

http://www.filesonic.com/file/1851258934/2011-09-02-#-1587058154.pdf
or
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الأحد، 4 سبتمبر 2011

تخطيط و تصميم و تركيب شبكات الحاسب الالى : الشبكات المحلية=LAN : و الشبكات المتسعة=WAN

http://www.mediafire.com/?dcgadyxci275xvl

الأربعاء، 31 أغسطس 2011

Cisco System Security Manager Deep Dive Portal

Cisco System Security Manager Deep Dive Portal
English | ISO | 692 MB
Genre: Elearning

Cisco systems security deep dive portal
Contents
1.asa 8.3 overview
2. asa anyconnect secure mobility solution
3. asa botnet traffic filter
4. cisco ironport email encryption
5. cisco ironport email security data loss prevention
6. cisco ironport security management 7.0
7. cisco ironport web security appliance
8. cisco saas web security (scansafe)
9. cisco security manager (csm) 4.0
10. trustsec 802.1x

Filesonic
http://www.filesonic.com/file/1808983011/CisSysSecManDeeDivPor.part1.rar
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http://www.fileserve.com/file/gn3vbPp/CisSysSecManDeeDivPor.part3.rar

الأحد، 17 يوليو 2011

Programmable Logic Controllers [3e] plus manual and simulator

Programmable Logic Controllers [3e] plus manual and simulator
Publisher: Career Education; 3 edition | English | ISBN: 0078298520 | 480 pages | 166 MB

Now in four-color, this outstanding text for the first course in programmable logic controllers (PLCs) focuses on how PLCs work and gives students practical information about installing, programming, and maintaining PLC systems. It’s not intended to replace manufacturer’s or user’s manuals, but rather complements and expands on the information contained in these materials. All topics are covered in small segments. Students systematically carry out a wide range of generic programming exercises and assignments. All of the information about PLCs has been updated.

Download

http://www.fileserve.com/file/XVVCdv4/Programmable.Logic.Controllers.3e.pack.rar

الاثنين، 9 مايو 2011

CISCO LIVE 2010 Las Vegas

CISCO LIVE 2010 Las Vegas
Pdf’s | 1.11gb

Contents :

Networkers Program

Certifications

Certifications (CRT)

BRKCCIE-1001: Cisco Data Center Certification
BRKCCIE-2462: CCIE Wireless – Breakout Session
BRKCRT-1594: Mastering IP Subnetting
BRKCRT-2001: CCNA Voice Prep: Cisco IP Telephony Essentials
BRKCRT-2006: CCSP: Zone Based Policy Firewall configuration for CCNA Security and CCSP preparation.
BRKCRT-2046: CCVP: Call Control Discovery in Cisco Unified Communications
BRKCRT-2052: CCNA Wireless: Prep Session
BRKCRT-2062: CCSP: Securing Networks with ASA Fundamentals for CCNA Security and CCSP preparation
BRKCRT-2075: CCSP: Adapting the Cisco Intrusion Prevention System to Your Environment
BRKCRT-2077: Incident Handling for MPLS-Based Services in Service Provider Environments
BRKCRT-2084 : CCNP: Routing & Switching Prep Session
BRKCRT-3013 : CCVP: Implementing International Dial Plans Using Cisco Unified Communications Manager version 8
BRKCRT-3014 : CQS: Integrating VMware vSphere with Cisco Unified Computing System (UCS) and Nexus 1000V
BRKCRT-3015: Designing Cisco Unified Computing System (UCS)

Data Center & Virtualization

Application Optimization Technologies (APP)
BRKAPP-2002: Server Load Balancing Design
BRKAPP-2005: Deploying Cisco Wide Area Application Services (WAAS)
BRKAPP-2020: ACE Deployment in an Application Environment
BRKAPP-2021: Deploying and Troubleshooting Web Cache Communication Protocol (WCCP) for WAN Acceleration, Security and Content Delivery
BRKAPP-2022: Data Center Application Services
BRKAPP-3003: Troubleshooting the Cisco Application Control Engine
BRKAPP-3006: Advanced Troubleshooting Cisco Wide Area Application Services

Compute Platform (COM)
BRKCOM-1001: UCS Fabric Fundamentals
BRKCOM-1002: DC Architectures and Virtual Private Data Centers with UCS
BRKCOM-1003: UCS Power and Cooling
BRKCOM-1004: UCS: Management Deep Dive & Eco system Integration
BRKCOM-2001: Managing Cisco Unified Computing System with XML API
BRKCOM-2003: UCS Networking 201- Deep Dive
BRKCOM-2004: UCS – Qos and Security
BRKCOM-3001: Troubleshooting the Cisco UCS Compute Deployment
BRKCOM-3002: Network Redundancy and Load Balancing Designs for UCS Blade Servers

Data Center Technologies (DCT)
BRKDCT-1022: Introduction Cisco Layer 2 Multipathing (L2MP)
BRKDCT-1044: FCoE for the IP Network Engineer
BRKDCT-2011: Design and Deployment of Data Center Interconnects using Virtual Ethernet (VE)
BRKDCT-2023: Evolution of the Data Centre Access Architecture
BRKDCT-2037: Cloud Computing Services Frameworks
BRKDCT-2048: Deploying Virtual Port Channel in NXOS
BRKDCT-2049: Overlay Transport Virtualization
BRKDCT-2053: Near zero down time architecture strategies and technologies for Always On data center services
BRKDCT-2063: From Server Virtualization to Cloud Computing – Leveraging a Flexible Network Infrastructure to Accelerate Datacenter Services Deployment
BRKDCT-2064: Security Challenges of the virtual Datacenter
BRKDCT-2078: Securing the Next Generation IaaS Architecture
BRKDCT-2079: The Evolution of Data Center Networks
BRKDCT-2840: Data Center Networking: Taking Risk Away from Layer 2 Interconnect
BRKDCT-2951: Deploying Nexus 7000 in Data Center Networks
BRKDCT-2998: Cabling for Next Generation Data Center Technologies
BRKDCT-3060: Deployment challenges with Interconnecting Data Center
PNLDCT-2002 : Seamless enterprise extension to Cloud (SEEC) Ready for primetime?
PNLDCT-6884 : 2010: the Year of the 40 Gig And 100 Gig Ethernet Standard

Storage Area Networks (SAN)
BRKSAN-1032: Design and Implementation of FICON Storage Area Networks
BRKSAN-2047: FCoE – Design, operations and management best practices
BRKSAN-2701: Fibre Channel Storage Area Network Design
BRKSAN-2704: Storage Area Network Extension Design and Operation
BRKSAN-2892: Implementing Security for SANs
BRKSAN-3707: Advanced SAN Services

Virtualization (VIR)
BRKVIR-1001: What is Virtualization all about?
BRKVIR-2002: Deploying Virtual Desktop Infrastructure (VDI)
BRKVIR-2003: Virtualization Inside a Branch Router – Hosting Windows, Linux and Cisco Applications
BRKVIR-2004: Keeping Your Sanity in a Virtual World with Nexus 1000V
BRKVIR-2006: Deployment of VN-Link with the N1KV
BRKVIR-2007: Data Center Virtualization Case Study
BRKVIR-2931: End-to-End Data Center Virtualization
BRKVIR-3005: Cisco Nexus 1000V Troubleshooting

Mobility

Enterprise Wireless Networks (EWN)
BRKEWN-2000: Design and deployment of Triple Play networks (Data, Voice, Video) over wireless
BRKEWN-2010: Design and Deployment of Enterprise WLANs
BRKEWN-2011: Managing an Enterprise WLAN with Wireless Control System (WCS)
BRKEWN-2012: Deploying Advanced Wireless Services using MSE (Mobility Services Engine)
BRKEWN-2016: Designing Guest Access with the Cisco Unified Wireless Network
BRKEWN-2018: Secure Mobility in the Cisco Unified WLAN Networks
BRKEWN-2019: Wireless High Density Client Design principles
BRKEWN-2020: Wireless LAN Security: Hacking Techniques and Protection
BRKEWN-2021: Wireless LAN Security Standards and Deployments best practices
BRKEWN-3011: Troubleshooting Wireless LANs with Centralized Controllers
BRKEWN-3013: Wireless LAN Radio Spectrum Management Best Practices
BRKEWN-3016: Understanding RF Fundamentals and the Radio Design of Wireless Networks

Service Provider Mobility (SPM)
BRKSPM-1002: Convergence of WiFi and Cellular in Service Providers and Enterprises
BRKSPM-2010: Deploying Cisco ASR 5000 in Mobile Networks
BRKSPM-2017: Design and Deployment of Outdoor Mesh Wireless Networks
BRKSPM-2182: 4G Mobile Networks/LTE – Deployment Strategies
BRKSPM-2544: 4G Mobile Networks/LTE – Technology Fundamentals
BRKSPM-2604: Next-Gen Datacenter for Mobile Operators
BRKSPM-2673: 3G Femtocell Architecture And Design
BRKSPM-2840: Architecting for IPv4 Exhaustion and IPv6 Transition for Mobile Operators

Network Infrastructure & Systems

Campus and Switching Technologies (CRS)
BRKCRS-2000: Architectural Approach to Next Generation Branch Networks: Design and Implementation
BRKCRS-2034: Case Studies in Network Infrastructure Virtualization
BRKCRS-3032: Advanced Enterprise Campus Design: Resilient Campus Networks
BRKCRS-3035: Advanced Enterprise Campus Design: Virtual Switching System (VSS)
BRKCRS-3036: Advanced Enterprise Campus Design: Routed Access
BRKCRS-3045: LISP – A Next Generation Networking Architecture
BRKCRS-3141: Troubleshooting Cisco Catalyst 3750 3560 and 2960 Series Switches
BRKCRS-3142: Troubleshooting Cisco Catalyst 4500 Series Switches
BRKCRS-3143: Troubleshooting Cisco Catalyst 6500 Series Switches
BRKCRS-3437: Incorporating Intelligent Access at the Campus Edge
BRKCRS-3466: Understanding the ACL Architecture on the Catalyst 6500
PNLCRS-2046: Panel Discussion for LISP – A Next Generation Networking Architecture

IP Muliticast (IPM)
BRKIPM-1261: Introduction to IP Multicast
BRKIPM-1467: Label Switched Multicast
BRKIPM-2008: Advanced Topics in IP Multicast Deployment
BRKIPM-2262: Multicast Security
BRKIPM-2264: Multicast Troubleshooting
BRKIPM-3686: Hardware Architecture for Multicast
BRKIPM-4664: Multicast Traffic Engineering Techniques
PNLIPM-2109 : Panel: Experience with Multicast Deployment

MPLS (MPL)
BRKMPL-1101: Introduction to MPLS
BRKMPL-2001: Implementation and Utilization of Layer 2 VPN Technologies
BRKMPL-2102: Deploying IP/MPLS VPNs
BRKMPL-2103: Migration Considerations When Buying MPLS VPN Services from Service Providers
BRKMPL-2104: Deploying MPLS Traffic Engineering
BRKMPL-2105: Inter-AS MPLS Solutions
BRKMPL-3101: Advanced Topics and Future Directions in MPLS
BRKMPL-3102: Designing NGN SP/Enterprise Networks for Scale and Reliability

Network Management Systems (NMS)
BRKNMS-1030: ITIL v3 Foundation and Enhanced Telecom Operations Map (eTOM) frameworks
BRKNMS-1031: Network Health Framework – A proactive solution for network health improvement
BRKNMS-1204: Introduction to Network Performance Measurement with Cisco IOS IP Service Level Agent
BRKNMS-1532: Introduction to Accounting Principles with NetFlow and NBAR
BRKNMS-1640: Advanced DHCP and DNS Deployments
BRKNMS-1831: Network Performance Management: A Proactive End-to-End Approach
BRKNMS-1942: Managing Infrastructure as a Service(IaaS) for Cloud environment
BRKNMS-2022: UC Network Management: How to Ensure Your UC Services are Operating as Expected
BRKNMS-2025: Introduction to Cisco Network Optimization services and tools
BRKNMS-2030: Onboard Automation with Cisco IOS Embedded Event Manager
BRKNMS-2031: SYSLOG Design, Methodology and Best Practices
BRKNMS-2032: DHCP and DNS for Large Scale Network Architectures and Cloud Computing
BRKNMS-2361: Accounting and Performance Management with Network Based Application Recognition
BRKNMS-2784: Automatic Configuration Depolyment using CCE
BRKNMS-3043: Advanced Performance Measurement for Critical IP Traffic with Cisco IOS IP Service Level Agreements
BRKNMS-3132: Advanced NetFlow

Product Architectures (ARC)
BRKARC-2001: Cisco ASR1000 Series Routers: System & Solution Architectures
BRKARC-2002: Network Diagnosis: Prevent Prepare Repair
BRKARC-2003: The Cisco ASR 9000 Architecture
BRKARC-2004: CRS Packet Forwarding and Queuing
BRKARC-2005: Smart Grid: Developing a communications architecture for the utility of the future
BRKARC-2350: Routing Operations in Cisco Routers
BRKARC-3001: Cisco Integrated Services Router G2 – Architectural Overview and Use Cases
BRKARC-3002: Cisco CRS-1 Carrier Routing System Multishelf Overview
BRKARC-3437: Cisco Catalyst 3750 Switch Architecture
BRKARC-3445: Cisco Catalyst 4500 Switch Architecture
BRKARC-3452: Cisco Nexus 5000/2000 Switch Architecture
BRKARC-3470: Cisco Nexus 7000 Switch Architecture
BRKARC-3471: Cisco NXOS Software – Architecture
BRKARC-9001: Branch and Head-end of Tomorrow: Deploying Cisco ISR G2 and ASR 1000 in the Enterprise
PNLARC-5001 : Network-Centric Applications and the Evolution of Cisco IOS

Routing & Switching (RST)
BRKRST-2044: Enterprise Multi-Homed Internet Edge Architectures
BRKRST-2310: Deploying OSPF in a Large-Scale Network
BRKRST-2330: EIGRP Design and Deployment
BRKRST-2331: The Care and Feeding of EIGRP Networks
BRKRST-2332: Layer 3 VPN PE/CE Operation and Deployment
BRKRST-2335: IS-IS Network Design and Deployment
BRKRST-2340: An Introduction to the Service Advertisement Framework
BRKRST-2362: Deploying Performance Routing
BRKRST-2370: IP Mobility Technologies
BRKRST-2500: Campus QoS Design
BRKRST-2503: Cisco TelePresence Network Infrastructure Design for Enterprise
BRKRST-3300: Service Provider IPv6 Deployment
BRKRST-3305: Advanced IPv6 Deployment and Services
BRKRST-3310: Troubleshooting OSPF
BRKRST-3320: Troubleshooting BGP
BRKRST-3363: Routed Fast Convergence and High Availability
BRKRST-3365: Unified HA Network Design: The Evolution of the Next Generation Network
BRKRST-3370: Advances in Routing
BRKRST-3371: Advances in BGP
BRKRST-3372: Why EIGRP?
BRKRST-3500: Designing Multipoint WAN QoS

Security

Security Technologies (SEC)
BRKSEC-1065: Automating Network Security Assessment
BRKSEC-2000: Secure Borderless Network Design
BRKSEC-2001: Emerging Threats
BRKSEC-2002: Understanding and Preventing Layer 2 Attacks
BRKSEC-2003: IPv6 Security Threats and Mitigations
BRKSEC-2004: Monitoring Mitigating and Handling Threats
BRKSEC-2005: Deploying Wired 802.1X
BRKSEC-2006: Its 2010, How Do We (Hackers) Still Get In?
BRKSEC-2007: Deploying Cisco IOS Security
BRKSEC-2009: Securing Cloud Computing
BRKSEC-2020: Firewall Design and Deployment
BRKSEC-2030: Deploying IPS
BRKSEC-2041: Deploying Cisco Network Admission Control (NAC)
BRKSEC-2044: Next-Generation Network Access Policy with Cisco Access Control System (ACS)
BRKSEC-2046: Cisco Trusted Security (CTS) & Security Group Tagging
BRKSEC-2052: Unraveling the Data Theft Economy
BRKSEC-2055: Preventing Spam, Viruses, and Data Loss with Email Security Appliances
BRKSEC-2056: Cisco AnyConnect Secure Mobility
BRKSEC-2061: Security Management Tools and Techniques
BRKSEC-2071: Securing DNS
BRKSEC-2073: Introduction to PKI
BRKSEC-2076: Regulatory Compliance
BRKSEC-2077: What Can Enterprises Learn as Security Practice from Service Providers?
BRKSEC-2082: Smart Grid Security Architecture
BRKSEC-2083: Secure Network Architectures for Industrial Control Systems
BRKSEC-2145: MPLS Security
BRKSEC-2170: Router Security Strategies: Securing IP Network Traffic Planes
BRKSEC-2172: IOS XR Security
BRKSEC-2205: Security and Virtualization in the Data Center
BRKSEC-3005: Advanced IEEE 802.1x Design and Troubleshooting
BRKSEC-3007: Advanced Cisco IOS Security Features
BRKSEC-3011: Troubleshooting GET VPN Deployments
BRKSEC-3012: Troubleshooting DMVPNs
BRKSEC-3013: Troubleshooting Remote Access SSL VPNs
BRKSEC-3020: Advanced Firewalls
BRKSEC-3030: Advanced Intrusion Prevention Systems
BRKSEC-3061: Advanced Security Management & Incident Response
BRKSEC-3074: Cryptography Algorithms and Concerns
BRKSEC-3076: Solving Security Challenges with Cisco IOS Embedded Event Manager
BRKSEC-4011: Advanced IPSec with GET VPN
BRKSEC-4012: Advanced Concepts of Dynamic Multipoint VPN
PNLSEC-1010 : Panel: VPN

Unified Communications & Collaboration

Collaboration (COL)
BRKCOL-1667: Connecting the Islands of Information, harnessing Enterprise expertise with Cisco Pulse
BRKCOL-1704: Collaboration in the Cloud
BRKCOL-1985: Designing for Boundaryless Collaboration for an Enterprise
BRKCOL-2020: Cisco Interoperability with Microsoft
BRKCOL-2089: Take your collaboration experience to next level: WebEx and the WebEx Node
BRKCOL-2303: Designing Rich Media Conferencing Solutions

Contact Center Technologies (CCT)
BRKCCT-1003: Cisco Unified Contact Center Enterprise Overview and Roadmap
BRKCCT-1007: Cisco Customer Collaboration Technical Innovation for Social Media and Web 2.0
BRKCCT-1011: Cisco Unified Contact Center Express Update and Roadmap
BRKCCT-1021: Cisco Unified Customer Voice Portal and Video Contact Center Update and Roadmap
BRKCCT-2001: Cisco Unified Contact Center and ICM, Enterprise and Hosted Reporting Update
BRKCCT-2003: Getting the Most out of Cisco Unified Contact Center Enterprise and Hosted Outbound Option
BRKCCT-2005: Cisco Unified Contact Center Enterprise scripting Best Practices
BRKCCT-2006: Planning and design of Multichannel Contact Center with Unified E-Mail/Web Interaction Manager
BRKCCT-2007: Planning and Designing a Cisco Unified Contact Center Enterprise Deployment
BRKCCT-2009: Planning and Designing a Parent/Child Contact Center Enterprise Deployment
BRKCCT-2011: Cisco Unified Contact Center Express scripting
BRKCCT-2013: Cisco Unified Contact Center Express Reporting Overview
BRKCCT-2015: Troubleshooting Cisco Unified Contact Center Express
BRKCCT-2019: Planning and Designing a Cisco Unified Contact Center Express Deployment
BRKCCT-2020: Planning and Designing a Cisco Unified Customer Voice Portal Deployment
BRKCCT-3003: Cisco Unified Contact Center and Customer Voice Portal System Management and Monitoring
BRKCCT-3005: Troubleshooting Cisco Unified Contact Center Enterprise
BRKCCT-3007: Upgrade Planning for Cisco Unified Intelligent Contact Management and Cisco Unified CVP
PNLCCT-1203: Panel: Cisco Contact Center Solutions Open Forum

Unified Communications (UCC)
BRKUCC-1683: Deploying Unified CM Business Edition for Simple Voice Messaging and Basic Dial Tone
BRKUCC-1900: Troubleshooting Cisco Unity and Cisco Unity Connection
BRKUCC-1903: Migration and Co-Existence Strategy for Unified Communications (UC) or Collaboration Applications on Unified Computing Systems (UCS)
BRKUCC-2002: Securing Enterprise Voice – Network and Applications
BRKUCC-2003: A new approach to call routing and dial plans based on the Service Advertisement Framework (SAF)
BRKUCC-2004: Emergency Calling and Cisco Unified Communications
BRKUCC-2006: SIP trunk design and deployment
BRKUCC-2008: Enterprise Dial Plan Fundamentals
BRKUCC-2010: Designing UC Gateways and DSP Engineering in Enterprise Networks
BRKUCC-2011: Best Practices for Migrating Previous Versions of Cisco Unified Communications Manager (CUCM) to CUCM 8.0
BRKUCC-2021: Understanding Integrating and Troubleshooting Fax Communications in Todays Enterprise Networks
BRKUCC-2040: Extension Mobility – Cross Cluster
BRKUCC-2050: Next Generation Cisco Unified IP Phones 6900, 8900, 9900: Best Practices and Collaboration Enablement
BRKUCC-2060: Cisco Unified Communications Enterprise Mobility Solutions
BRKUCC-2301: Cisco Unified Communications at Branch Offices: Deployment Scenarios, Management, and Security
BRKUCC-2305: Interconnecting Voice and Video over IP Networks using the Cisco Unified Border Element
BRKUCC-2323: CTI – Design, Deployment and Troubleshooting
BRKUCC-2403: Understanding the Intercompany Media Engine solution
BRKUCC-2501: Cisco UC Manager Security
BRKUCC-2725: Deploying Unified Messaging or Single Inbox Messaging with Cisco Unity Connection or Cisco Unity
BRKUCC-2735: SIP Trunk Design and Deployment Playbook for the Enterprise
BRKUCC-2782: Planning and Designing a Virtualized UC Solution on UCS Platform
BRKUCC-2785: Understanding Cisco Unified Presence 8.0
BRKUCC-2931: Case Study for Large Scale Centralized SIP Trunk implementation
BRKUCC-3000: Advanced Dial Plan Design for IP Telephony Networks
BRKUCC-3099: Advanced RSVP Design and Deployment in Unified Communications 8.0 Solutions

Video

Enterprise Video (EVT)
BRKEVT-1300: Introduction to Enterprise Video Technologies
BRKEVT-1305: Introduction to Cisco TelePresence
BRKEVT-1306: Inside Ciscos Media Experience Engines (MXEs)
BRKEVT-2300: Designing and Deploying IP Video Telephony Networks
BRKEVT-2306: Integration Scenarios for Video Collaboration
BRKEVT-2310: Deploying Cisco IP Video Surveillance in Branch Networks
BRKEVT-2311: Network Design and Implementation for IP Video Surveillance
BRKEVT-2312: Deploying Cisco TelePresence in the Enterprise
BRKEVT-2314: Designing Enterprise Telepresence Systems for Business to Business Communication
BRKEVT-3003: Advance SIP Update
BRKEVT-3302: Advanced Unified Communications Video Troubleshooting

Service Provider Video (SPV)
BRKSPV-1100: SP Business Intelligence for Internet Video – Analysis and Monetization with Ciscos Service Control Engine (SCE)
BRKSPV-1101: Introduction to Service Provider Video Service Technologies Architectures and Standards
BRKSPV-1105: Next Gen Video and Interactive Services for the Connected Home
BRKSPV-2106: Video Data Centers for SPs – Evolution of the Video Headend and Service Architecture
BRKSPV-2109: Content Delivery System Design for SP and Internet Video
BRKSPV-2110: Deploying Rich Media Services over Broadband Access Networks
BRKSPV-2111: Next Generation Assurance for IP Video Delivery Networks
BRKSPV-2112: Cisco Telepresence Network Infrastructure Design for Service Providers
BRKSPV-2122: Video Fast Forward: The Advance of Internet Video and Adaptive Rate Technologies
BRKSPV-3102: Advanced Technologies for 3D TV: Compression and Transport
BRKSPV-3103: IP Multicast and Multipoint Design for IPTV Services

Cisco Developer Services

Cisco Developer Network (CDN)
BRKCDN-1000: UC Manager Administration, Call Control, and Serviceability Interface Technical Introduction
BRKCDN-1001: Cisco Unified Communications Desktop and Presence Interfaces
BRKCDN-1005: Contact Center APIs and Web 2.0 Desktop
BRKCDN-1006: CUAE Update – Introduction to 8.0
BRKCDN-1012: Context Aware Mobility (MSE) API
BRKCDN-1013: Cisco Unified Computing API – What Developers Need to Know
BRKCDN-1014: Developing for Cisco Unified Communications Manager Using the Administrative XML (AXL) SOAP API
BRKCDN-1015: Cisco Unity Connection Provisioning Interface (CUPI) Overview – REST-based API access to Cisco Unity Connection
BRKCDN-1016: Cisco Unified Communications Express Services Interface SDK (UCXSI) Overview
BRKCDN-2003: Telepresence Scheduling API
BRKCDN-2004: Developing With Cisco Unified Communications APIs
BRKCDN-2005: Building Innovative Solutions with Embedded Automation Technologies
BRKCDN-2010: Zero Touch Provisioning IOS
BRKCDN-2011: WSMA – the Next Generation IOS Provisioning, Configuration and Monitoring

IT Management Program

Cisco on Cisco (COC)
ITMCOC-5205: Cisco on Cisco: Service Oriented Data Center
ITMCOC-5209: Cisco on Cisco: Borderless Networks
ITMCOC-6167: Cisco on Cisco: Collaboration Enabled Sales Transformation
ITMCOC-6168: Cisco on Cisco: Upgrading Presence and IM over the Cloud Saves Time

Customer Case Study (CCS)
ITMCCS-4363: Customer Case Study: Bayer – Next Generation Remote Access Solution
ITMCCS-4784: Customer Case Study: University of Colorado Hospital — A Nurse Call System Supporting Optimal Patient Care
ITMCCS-5306: Customer Case Study: Cleveland County Public Schools Discusses Unified Communications and Video
ITMCCS-6173: Customer Case Study: California State University (Channel Islands)- Deploying Physical Security

IT Management (ITM)
ITMATO-3401: Architecting the Future State of IT
ITMATO-4343: Collaboration for Education
ITMATO-4675: MGN 2.0 – Wireless Architectures for Healthcare
ITMATO-5077: Collaborative Product Development
ITMATO-5084: Automated & Unified Service Level Agreements(SLAs) in Next Geneneration Data Centers
ITMATO-5085: Reducing Branch IT Costs while Increasing Application Performance
ITMATO-5169: Articulating the Business Value of the Data Center
ITMATO-5177: Aligning Technology and Architectures to Business Strategy
ITMATO-5291: UCS Reference Architecture for Industry Segments
ITMATO-6159: Putting Social Software To Work
ITMATO-6164: Your Options for Intercompany Collaboration
ITMATO-6175: Collaboration: How Social Media can Change Customer Care
ITMATO-7724: Data Center Virtualization – Road to Cloud Computing
ITMATO-7943: The Evolving Network as the Platform
PNLITM-6792 : Collaboration Customer Panel: Insights and Innovations

Partner Case Studies

Partner Case Study (PCS)
BRKPCS-5903: AutoTrader: Keys to Ensuring Application Performance
BRKPCS-6065: Borderless Network Requires Unified and Pervasive Visibility to Assure Consistent and Reliable Service Delivery from the Data Center to the Branch Office
BRKPCS-7043: Benefits of Integrated Network Monitoring
BRKPCS-7564: An End-User case study with FedEx using VMware ESX4 running on Intel Xeon processor Series based servers with Intel NICs supporting VMDq feature
BRKPCS-8063: Pre-Engineered Rack, Power and Cabling Configuration Becomes Blueprint for Cisco UCS Roll-Outs

Service Provider Program

Optical, Carrier Ethernet, Policy Control (OPT)
BRKOPT-2105: Next Generation ROADM Architectures
BRKOPT-2106: DWDM 101
BRKOPT-2108: Packet Optical Transport
BRKOPT-2109: Dynamic DWDM Control Plane
BRKOPT-2110: New Developments in Transport Networking
BRKOPT-2115: IPoDWDM: 40G 100G and Beyond
BRKOPT-2305: Service Orchestration and Architecture for Multi-Tenant IaaS Cloud Computing Services
BRKOPT-2401: Cisco EnergyWise: The Network as the Platform for Energy Management and Cost Savings.
BRKOPT-2502: Deploying Carrier Ethernet L2VPN over DOCSIS

Service Provider General (SPG)
BRKSPG-1200: IPv6 security for Service Providers
BRKSPG-1303: Evolution of Subscriber Aggregation in Service Provider Residential Networks
BRKSPG-2051: Evolution of Service Provider Edge Architectures
BRKSPG-2111: Carrier Ethernet System Design: Technologies, Architecture and Deployment Models
BRKSPG-2202: Understanding the Benefits of Ethernet OAM
BRKSPG-2203: Overview of Provider Backbone Bridging and Integration Alternatives with Virtual Private LAN Service
BRKSPG-2204: Building Carrier Ethernet Services Using Cisco Ethernet Virtual Circuit Framework
BRKSPG-2205: Deploying and Designing with the Resilient Ethernet Protocol
BRKSPG-2206: Evolving Standards for Carrier Ethernet
BRKSPG-2207: Redundancy Mechanisms for Carrier Ethernet and Layer 2 VPN Services
BRKSPG-2304: Evolving Managed VPN Services with Application Performance Management
BRKSPG-2402: Best practices to deploy high-availability in Service Provider Edge and Aggregation Architectures
BRKSPG-2501: Troubleshooting Cisco CMTS based Services
BRKSPG-2602: IPv4 Exhaustion: NAT and Transition to IPv6
BRKSPG-3304: Subscriber Aware Ethernet: Traditional Broadband over Next-Generation Carrier Ethernet Networks

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الأحد، 8 مايو 2011

Practical TCP/IP and Ethernet Networking for Industry

Practical TCP/IP and Ethernet Networking for Industry
Newnes | 2003 | 0750658065 | pdf | 320 p | 6.4mb

TCP/IP (Transmission Control Protocol/Internet Protocol) is the suite of communications protocols used to connect hosts on the Internet. TCP/IP uses several protocols, the two main ones being TCP and IP. TCP/IP is built into the UNIX operating system and is used by the Internet, making it the de facto standard for transmitting data over networks. The TCP/IP suite of protocols has become a dominant technology due to its widespread use and reliability, while Ethernet is fast becoming a de facto industrial networking standard.

* A practical hands-on book that covers troubleshooting and maintenance of TCP/IP networks
* Provides a solid understanding of the application of TCP/IP from an engineering perspective

* Complete coverage from networking fundamentals to Internet-enabled control systems

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الثلاثاء، 3 مايو 2011

6 اسطوانات في الدليل العملي في تركيب الشبكات

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الأحد، 24 أبريل 2011

Computer Networks Andrew S. Tanenbaum

Computer Networks - Andrew S. Tanenbaum - 4th Edition | 8.55 MB

Appropriate for courses titled Computer Networking or Introduction to Networking at both the undergraduate and graduate level in Computer Science, Electrical Engineering, CIS, MIS, and Business Departments. In this highly anticipated revision, Tanenbaum takes a structured approach to explaining how Networks work from the inside out. He starts with an explanation of the physical layer of networking, Computer hardware and transmission systems; then works his way up to network applications. Tanenbaum's in-depth application coverage includes email; the domain name system; the World Wide Web (both client- and server-side); and multimedia (including voice over IP, Internet radio video on demand, video conferencing, and streaming media. Each chapter follows a consistent approach: Tanenbaum presents key principles, then illustrates them utilizing real-world example Networks that run through the entire book-the Internet, and wireless networks, including Wireless LANs, broadband wireless and Bluetooth. This new Fourth Edition contains a new chapter devoted exclusively to network security.The textbook is supplemented by a Solutions Manual, as well as a Website containing PowerPoint slides, art in various forms, and other tools for instruction, including a protocol simulator whereby students can develop and test their own network protocols.

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