CABLE AND WIRELESS NETWORKS: THEORY & PRACTICE
Pos-graduação
Online
Descrição
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Tipologia
Pos-graduação
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Metodologia
Online
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Horário de aulas
1500h
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Duração
Flexível
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Início
Datas a escolher
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Campus online
Sim
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Envio de material didático
Sim
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Serviço de informação
Sim
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Aulas virtuais
Sim
Esta pós-graduação apresenta diversas vantagens: por um lado, permite ao aluno a apreensão e melhoria de conhecimentos dos temas abordados, com uma compreensão aprofundada e rápida da interligação entre os vários sub-temas; por outro lado, recolhe numa única fonte os mais recentes desenvolvimentos na área, apenas dentro do alcance de um investigador ativo, que é o caso do coordenador, com uma carreira de investigação empenhada de vários anos e participação regular em conferências e projetos internacionais.
Instalações
Localização
Início
Início
A ter em conta
Apropriada para profissionais académicos, institucionais ou industriais, com responsabilidades técnicas no planeamento, desenho e desenvolvimento de redes, telecomunicações e sistemas de segurança, comunicações móveis, assim como na preparação para o exame Cisco CCNA ou CCNP.
Esta pós-graduação é adequada para profissionais ou estudantes que pretendam melhorar as suas competências nas áreas de redes de computadores, telecomunicações, comunicações móveis, e segurança de redes.
Esta pós-graduação é também apropriada para profissionais académicos, institucionais ou industriais, com responsabilidades técnicas no planeamento, desenho e desenvolvimento de redes, telecomunicações e sistemas de segurança, comunicações móveis, assim como na preparação para o exame Cisco CCNA ou CCNP.
Opiniões
Matérias
- Communications
- Networks
- Communication systems
- Types of networks
- LAN
- Metropolitan
- MAN
- WAN
- Types of media
- Network applications
Programa
Módulo 1: An Introduction to Data Communications and Networking
- Describe the fundamentals of communications.
- Identify the key components of networks and communication systems.
- Describe different types of networks and communication systems.
- Identify the differences between a local area network (LAN), a metropolitan area network (MAN) and a wide area network (WAN).
- Identify the different types of media and traffic.
- Define the convergence and the collaborative Age of the network applications.
- Describe the network protocol architecture concept.
- Describe the Open System Interconnection Reference Model (OSI-RM).
- Describe the Transmission Control Protocol / Internet Protocol (TCP/IP).
- Describe the functions of each layer of the OSI-RM and TCP/IP.
- Describe the different channel impairments experienced in telecommunication systems.
- Define the Shannon capacity.
- Describe the concept of attenuation.
- Describe the different types of noise.
- Describe the effects of distortion and the use of equalization to mitigate it.
- Identify the different sources of interference.
- Identify and describe the different cable transmission mediums.
- Describe the different types of twisted pairs.
- Describe the different types of coaxial cables.
- Describe the different types of optical fibers.
- Identify and describe the interference parameters in metallic conductors.
- Identify and describe the different wireless transmission mediums.
- Describe the different wireless propagation modes.
- Define the physical analysis of satellite orbits.
- Describe the different types of satellite orbits.
- Quantify the satellite link budget.
- Describe the terrestrial microwave communication systems.
- Identify and describe the source coding and transmission techniques used in communication systems.
- Identify and describe the different line coding schemes.
- Identify and describe the different modulation schemes.
- Describe the different multiplexing techniques.
- Define the emergent multimedia services.
- Describe the advanced transmission techniques that support emergent multimedia services.
- Describe the wideband code pision multiple access (WCDMA).
- Describe different block transmission techniques.
- Describe the different types of multiple input multiple output (MIMO).
- Define the concept of advanced transmit and receive persity.
- Describe the application layer of TCP/IP.
- Identify and describe the different services provided by the application layer.
- Identify and describe the different application layer protocols.
- Describe the IP telephony and IP videoteleconference, and their implementations.
- Describe the transport layer of TCP/IP.
- Identify and describe the different transport layer protocols, their properties and header formats.
- Describe the concept of Integrated Services (IntServ) and Differentiated Services (DiffServ).
- Describe the addressing format used by the Internet layer of TCP/IP, including in IPv4 and IPv6.
- Configure IPv4 and IPv6 parameters in Cisco equipment using Cisco IOS, namely the line configuration sub-mode and the interface configuration sub-mode.
- Describe and configure the dynamic host configuration protocol (DHCP).
- Describe and configure the network address translation (NAT) and the port address translation (PAT).
- Describe the routing algorithms and protocols used in TCP/IP.
- Configure IPv4 and IPv6 routing protocols in Cisco equipment using Cisco IOS.
- Identify the difference between a distance vector routing protocol and a link state routing protocol.
- Describe the internet control message protocol (ICMP).
- Define fragmentation and reassembling.
- Describe the possible migration mechanisms used during IPv4 to IPv6 transitions.
- Describe the Cisco discovery protocol (CDP), and its utilization with the Cisco IOS.
- Define the data link layer of TCP/IP.
- Describe the data link layer protocols used in TCP/IP.
- Identify and describe the different sub-layers of the data link layer.
- Identify the different types of LAN devices and equipment.
- Describe and configure spanning tree protocol (STP) using Cisco IOS.
- Describe and configure virtual local area networks (VLAN) using Cisco IOS.
- Describe and configure VLAN trunking protocol (VTP) using Cisco IOS.
- Define the concept of structured cabling.
- Identify and describe the sub-systems and elements of a structured cabling system.
- Identify and describe the standards and specifications used in structured cabling systems.
- Describe the hardware and accessories used in structured cabling systems.
- Describe the use of transport networks.
- Identify the protocols used in transport networks.
- Describe different types of circuit switching transport networks.
- Describe different types of packet switching transport networks.
- Configure HDLC, PPP and frame-relay protocols in Cisco routers, using Cisco IOS.
- Describe the concept of cellular communications and its hierarchical structure.
- Describe the evolution of cellular systems.
- Identify and describe wireless communication standards and protocols.
- Identify the problems and solutions involved in network security.
- Describe the security services and attack types.
- Describe the types of malware.
- Describe the physical security issues.
- Define the INFOSEC risk management, and quantify the risk.
- Describe different protective measures used to protect from threats and to minimize vulnerabilities.
- Implement a Corporate Security Plan
- Describe the security mechanisms used in Wireless Networks Define different security network architectures, and the way they are implemented using firewalls, including Virtual Private Networks (VPN).
- Describe and configure access control lists in Cisco routers using Cisco IOS.
- O candidato tern duas opções: Candidatar-se à Pós-Graduação completa ou apenas a um ou vários dos Cursos Elementares que a compõem. Caso os alunos optem pelos CURSOS ELEMENTARES, os valores dos mesmos estao descritos na tabela abaixo. Em qualquer uma das modalidades, as aulas podem ser ministrados nas instalações do cliente, em Portugal ou no Estrangeiro,com as aulas sincronas ministradas no formato presencial.
- Nestes casos, o valor das propinas tem que ser avaliado caso a caso com cada cliente.
CABLE AND WIRELESS NETWORKS: THEORY & PRACTICE