Upknowledge

This course covers IPv6 deployment options and problems in current-day wireless, enterprise and service provider networks.

The focus is on practical aspects of IPv6, not on obscure technical details or options available only in the distant future.

This course is targeted to technically oriented persons interested in the future of IP networking.

This course provides a generic view of Deep Packet Inspection (DPI) and its common use cases.

On this course you will learn how DPI is used to analyze IP flows in today's communication networks. The course includes examples of the implementation of typical deep packet inspection use cases, and helps you avoid the typical pitfalls in deep packet inspection rule design.

The course is suitable for service provider and equipment manufacturer personnel working in project and product management, business development, service development, system engineering, system testing/verification and operations engineering roles.

This course covers the IPv4 addressing/subnetting design process from fundamentals to topology-based planning.

Learned techniques can be applied to both small and large IP networks. The course contains numerous IP network design exercises, which ensure that participants learn each topic before advancing to a more demanding subject matter.

The course is suitable for network planners and administrators participating in the IP network design/planning process or requiring the knowledge to manage existing IP networks.

This course provides an introduction to advanced IP addressing and routing related planning methods, which involve topological and hierarchical design principles.

In addition, the course covers IP forwarding concepts, which you must understand to perform planning related to dynamic IP routing protocols.

The course is suitable for network planners and administrators participating in the IP network design/planning process or managing existing IP networks.

This course provides an extensive overview of all aspects of the available IP QoS technologies.

After the course, you will find reading and understanding router QoS documentation much easier.

The course is useful to both network designers and implementers. It also provides a good underpinning knowledge for QoS-aware IP application developers.

This course introduces the IP security architecture and related protocols.

You will learn IPsec and IPsec-related mechanisms in a comprehensive but understandable package. The course focuses on the most common use case of IPsec for Virtual Private Networking (VPN), but also covers the use of IPesc for host-to-host communication.

The course is targeted to network security administrators and network design and management personnel with both fixed and wireless network operators.

This course provides key technical knowledge on the Internet Protocol (IP).

You will learn key principles of how IP and IP networks work. The course covers the key protocols in the TCP/IP protocol stack, and includes both IPv4 and IPv6 versions. In addition, the course covers essential IP mechanisms such as the Domain Name System (DNS), IP address assignment, the Dynamic Host Configuration Protocol (DHCP) and IP routing .

This course is suitable for anyone needing a technical understanding of IP technology.

This course introduces the basics of IPv6, the network changes brought by IPv6 as well as IPv6 deployment options and issues in current-day wireless, enterprise and service provider networks.

The focus is on practical aspects of IPv6, not on obscure technical details or options available only in the distant future.

Technically oriented persons interested in the future of IP networking.

This very compact course provides a brief introduction to Mobile IP technology.

You will learn how Mobile IP works and the pros and cons of the technology. The course introduces the key challenges for IP mobility and the operating principle of Mobile IP in IPv4 and IPv6. In addition, the course introduces the current status and further development of Mobile IP.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of Mobile IP technology.

This course provides an introduction to Mobile IP (v4/v6) technology.

You will learn how Mobile IP works and the pros and cons of the technology. The course introduces the key challenges for IP mobility and the operating principle of Mobile IP in IPv4 and IPv6. The course presents the deployment options for Mobile IP. In addition, the course introduces the current status and further development of Mobile IP.

This course is especially targeted for technical support persons but is suitable for anyone needing an overall awareness of Mobile IP technology.

This very compact course provides a brief introduction to Network Address Translation (NAT) technology.

You will learn how NAT works and the pros and cons of the technology. The course introduces the need for NAT technology, the NAT operating principle and the negative effect of NAT to the end-to-end model of the Internet. In addition, the course introduces the concept of NAT traversal to overcome challenges with NAT technology.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of the effects of NAT technology.

This course provides an introduction to Network Address Translation (NAT) technology.

You will learn how NAT works in various implementations and the pros and cons of the technology. The course introduces the need for NAT technology, the NAT operating principle and the negative effect of NAT to the end-to-end model of the Internet. In addition, the course introduces the concept of NAT traversal to overcome challenges with NAT technology.

This course is suitable for anyone needing a technical introduction to NAT and NAT traversal technologies.

This course extends your knowledge related to NAT (Network Address Translation) technology.

The topics include advanced technical details of NAT and NAT traversal methods, including SIP traversal.

This course is suitable for anyone needing technical information related to the latest advances in NAT technology.

This course provides a comprehensive and easy to understand description of the RADIUS protocol and its applications.

You will learn the key concepts, architecture, configuration and operation of RADIUS. The operation of RADIUS in authentication, authorization and accounting is illustrated with signalling flows. The course is highly practical and RADIUS functionality is illustrated with demos and practical exercises.

The course is suitable for service provider and telecom equipment vendor professionals working in project and product management, business development, service development, system engineering, system testing/verification and operations engineering roles.