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IT Technologies, overview Training
Seminar
Best
- Program
- Participants / Prerequisite
- Intra/Tailored
Program
A clear and precise overview covering the very latest IT and telecommunications advances, their foreseeable short and medium-term evolutions, their impact on companies and users. The main objectives of this seminar include: Analysing and comparing the main network solutions. Constructing multi-service networks. Making them secure. Mastering Internet technologies. Measuring the impact of digital media and e-commerce. Integrating the object approach in development methods. Putting in place rich-client and Web applications. Selecting a development process suited to the digital technologies.
PROGRAM
Telecommunications: market, major solutions
- The telecommunications market: voice, data, traffic.
- The industry players and standardisation.
- The impact of deregulation. The legal principles.
Network architectures
- xDSL solutions and their evolutions. Voice and image flow rates, distances, and transport.
- Cable-based techniques. The optical local loop.
- The emergence of radio networks: WiFi, WiMax, Mesh.
- Local network architecture. The extended family of Fast Ethernet, switched Ethernet and Gigabit Ethernet. Changing over to virtual networks (VLANs).
- ATM for constructing the core of Frame Relay and multi-service networks. Changing over to IP architecture. IP signalling and controls. The service guarantee. The demand for virtual private networks (VPNs).
- Cellular networks: EDGE, UMTS, HSDPA. L4G.
- The mass arrival of local mobile telephone networks Wifi (802.11 a/b/e/g/n) and Bluetooth (802.15), ZigBee and UWB. Handover, roaming, mobility management.
- WIMAX 802.16 networks.
■ Access networks
■ Company networks
■ Operators' networks
■ Mobile telephone networks
Network technologies
- Frame switching. The protocols used.
- ATM and service quality. Implementation.
- Packet switching. Internet routing.
- IP, UDP and TCP protocols.
- SMTP, FTP applications, Peer-to-Peer.
- Internet service quality: the DiffServ model.
- Telephony over IP and video transport.
- Label switching. Utilizing explicit paths (LSPs).
- LDP, RSVP-TE, CR-LDP protocols. QoS.
- The interaction between networks and applications.
- Internet metrology, diagnostics.
- Which technologies and services for tomorrow?
- The social and economic aspect of networks.
■ ATM and frame relays
■ IP technology
■ The MPLS solution
■ Overview
Security
- Issues: physical architecture, protocols, encoding, organisation. From the firewall to the IDS.
- Secured VPNs: IPSEC or SSH/SSL.
- Mechanisms for digital signatures.
- The infrastructures for managing and distributing keys.
The IS infrastructure
- The state of the art. From the thin client workstation to the centralised server.
- The new operating systems, the new types of workstations, mobile phones and PDAs.
Web technology and its applications
- Internet developments. Structure of applications.
- The three-tier architecture. Application components.
- The structuring of documents. PDF, XHTML, Web 2.0.
- RIA Technologies (Flex, Flash, Silverlight, Java), RDA (Air, JavaFX), HTML5, xHTML. The trends.
- What are the features of a company portal? Secured access, open connectors, profile management and parameter setting. The market offers.
XML and Web services
- Presentation of XML, the XSLT transformation engines and the XML parsers (Xalan, Sabloton, etc). XML SGBDs Web services.
- The principle defined by the W3C. SOAP, UDDI and WSDL. Access protocol, mode of operation. The products offer.
Open Source software
- Genesis of the main Open Source Software.
- The guarantees of security and long life.
- Linux server or client? Apache. Development (PHP, Eclipse, etc.). Databases (MySQL, PostgresSQL). CMS.
EAI and Urbanisation
- Enterprise Application Integration. The market offers. The components of an EAI solution.
Application servers
- Application Intranet and application servers. Features.
- Application server offers: IBM, Oracle...
- Cloud Computing Architectures: Private et Public.
Java and .Net technologies
- The hardware platform portability concept. JavaBeans and RMI. Access to databases (JDBC). Java APIs. The JEE platform. Adopting SOAP. Design Patterns. Struts logical architecture.
- Microsoft's .Net architecture. Framework, Enterprise Server, ASP .Net, Common Language Runtime, etc. Why Microsoft's middleware object approach is so successful. Windows 2008, .Net 3.5.
Participants / Prerequisite
» Participants
This seminar is aimed at IT managers and their immediate staff who wish to obtain the information needed to define IT strategies.
» Prerequisite
Knowledge in computing.
Intra/Tailored
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Time schedule
Generally, courses take place from 9:00 to 12:30 and from 14:00 to 17:30.
However, on the first day attendees are welcomed from 8:45, and there is a presentation of the session between 9:15 and 9:30.
The course itself begins at 9:30. For the 4- or 5-day hands-on courses, the sessions finish at 15:30 on the last day









