MCSE : Security Specialist
GET
CERTIFIED IN JUST 18 DAYS - 2003 PATH
Our 18 day
accelerated MCSE 2003: Security+ Training BootCamp provides
information technology professionals with the knowledge and skills
necessary to install, configure, support, and troubleshoot
Microsoft® Windows 2000- and 2003-based networks with a focus on
information security in the enterprise. This is an accelerated
course, designed for computer professionals that require effective,
real-world skill-building and timely certification.
Now Available MCSE
Certification Training
The MCSE 2003: Security+ Boot Camp delivers the greatest value on
the market for Windows 2003 Certification Training. During the
program, students will achieve the following certifications:
- Microsoft Certified Professional (MCP)
- Microsoft Certified Systems Administrator (MCSA)
- CompTIA Security+
- Microsoft Certified Systems Engineer (MCSE)
Call About Onsite Courses at your location
- Course Schedule
- Curriculum
Microsoft MCSE MCSA Certification Training Boot Camp Class Course
The MCSE Boot Camp is unlike any other. With our
class, you will learn more.
Our MCSE 2003: Security+ Accelerated Certification Program is the
most effective, efficient way to learn how to successfully design,
plan, and implement a network infrastructure, Active Directory®
infrastructure, and client deployment on the Windows Server 2003
platform.
Daily lectures, labs, and review sessions are supplemented by a
combination of:
- Proprietary Lab Manual & Microsoft Courseware - developed in
conjunction with Microsoft, adapting Microsoft Official Curriculum
to address the demands of accelerated learners
- Authorized CompTIA Security+ Lab Manual & Courseware
- Self Test™ or Transcender® Testing Software
18-day Boot Camp Class
The MCSE 2003: Security+ Program prepares students to achieve four (4)
certifications during the program: MCSE 2003, MCSA 2003, MCP, and
CompTIA Security+.
Our program for Microsoft certification is the most
comprehensive, flexible educational format available.
Your training may also be partially
tax-deductible.
Curriculum for the accelerated Microsoft
Windows Training Course
The school's primary goal is your
education.
We provide thorough instructor-led training to ensure that you learn
the fundamentals, obtain hands-on skills and earn your
certification. You will emerge able to immediately apply your new
knowledge in your career environment.
We have an aggressive educational class
schedule that thoroughly covers all essential elements necessary to
become Microsoft certified.
Day 1-5 Installing, Configuring, and
Administering Microsoft Windows XP Professional 70-270
Day 6-7 Managing and Maintaining a Microsoft Windows Server 2003
Environment 70-290
Day 8-9 CompTIA Security+ SY0-101
Day 10-13 Implementing, Managing, and Maintaining a Microsoft
Windows Server 2003 Network Infrastructure 70-291
Day 14 Planning, Implementing, and Maintaining a Microsoft Windows
Server 2003 Active Directory Infrastructure 70-294
Day 15-16 Designing a Microsoft Windows Server 2003 Active Directory
and Network Infrastructure 70-297
Day 17 Planning and Maintaining a Microsoft Windows Server 2003
Network Infrastructure 70-293
Day 18 Final Review/Makeup Day
Our daily schedule incorporates
different modes of instruction and learning environments to ensure
that students learn, retain, comprehend, and can apply knowledge
critical to becoming certified.
Token ring networks are implemented in a ring topology. The
physical topology of a token ring network is the star
topology, in which all computers on the network are physically
connected to a hub. The physical ring is wired through a hub
called a multistation access unit (MSAU). The logical topology
represents the token’s path between computers, which is similar
to a ring.
Access Method
The access method used in a token ring network is token passing.
A token is a special series of bits that travels around a token
ring network. A computer cannot transmit unless it has
possession of the token; while the token is in use by a
computer, no other computer can transmit data. When the first
computer on the token ring comes online, the network generates a
token. The token travels around the ring to each computer until
one of the
computers takes control of the token. When a computer takes
control of the token, it sends a data frame out on the network.
The frame proceeds around the ring until it reaches the computer
with the address that matches the destination address in the
frame. The destination computer copies the frame into its memory
and marks the frame in the frame status field to indicate that
the information was received. The frame continues around the
ring until it arrives at the sending computer,where the
transmission is acknowledged as successful. The sending computer
then removes the frame from the ring and transmits a new token
back on the ring.
Transfer Speed
The transfer speed in a token ring network is between 4 and 16
Mbps.
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