Notes - MIECT
Redes E Sistemas Autónomos
Notes - MIECT
Redes E Sistemas Autónomos
  • Redes e Sistemas Autónomos
  • Peer-to-Peer Systems and Networks
    • Content Distribution Networks
    • Peer-to-peer networks
      • Types
    • Structured vs Unstructured
    • Fully Decentralized Information System
    • FastTrack/KaZaA
    • OpenNAP/Napster
    • BitTorrent
  • InterPlanetary File System (IPFS)
    • IPFS
      • Bitswap
    • Connecting an IPFS node to the P2P network
    • Searching in DHTs (Structured)
    • File Search
    • Security
  • Ad-Hoc Networks
    • Mobile Ad-hoc networks
    • Application Scenarios
    • Routing
      • AODV - Ad Hoc On-Demand Distance Vector Routing
      • OLSR - Optimized Link State Routing Protocol
      • LAR – Location Aided Routing
      • Batman
    • IP Address Assignment
  • Self-organized systems: Data, learning and decisions
    • Use Cases and Data
    • Machine Learning
      • Supervised Learning
      • Neural Networks
      • Reinforcement Learning
      • Unsupervised Learning: K-means
    • Learning
  • Vehicular Networks
    • Vehicular Ad Hoc Networks
    • How do they work?
    • SPAT: Signal Phase And Timing
    • MAP: MAP
    • Manoeuvre Coordination Message (MCM)
    • Communication Technologies
  • QoS and Security
    • TCP- and UDP-based applications
      • TCP-Cubic
    • QUIC
    • TCP-Vegas
    • Classification of Transport protocols
    • Exploiting Buffering Capabilities
    • QoS in UDP: trade-offs
    • Transmission Quality (Batman v.3)
    • QoS-OLSR
    • Security
      • Key Management
      • RSA (Rivest-Shamir-Adleman) Key
      • Key Management in ad-hoc networks
      • Self-organized public key management (SOPKM)
      • Self-securing ad-hoc wireless networks (SSAWN)
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  • Challenges increased by ad-hoc networks
  • Build a wireless ad-hoc network
  1. Ad-Hoc Networks

Mobile Ad-hoc networks

  • Terminals may appear and disappear anywhere and anytime, and may freely move.

  • Nodes can act as routers or terminals.

  • Networks are independently formed and can be merged and split anytime.

  • Dynamic topologies.

  • Coexistence of different access mediums.

  • The network is intelligent and self-organized.

  • Bandwidth-constrained, variable capacity links.

  • Energy-constrained operation.

  • It has limited physical security.

Challenges increased by ad-hoc networks

Limitations of the wireless network.

  • Lack of central entity for organization available.

  • Limited range of wireless communication.

  • Packet loss due to transmission errors.

  • Variable capacity links.

  • Frequent disconnections/partitions.

  • They have limited communication bandwidth.

  • Broadcast nature of the communications.

Limitations imposed by mobility.

  • It is dynamically changing topologies/routes.

  • Lack of mobility awareness by system/applications.

Limitations of the mobile computer.

  • Short battery life.

  • Limited capabilities.

Build a wireless ad-hoc network

Try to build a network without infrastructure, using the networking abilities of the participants.

  • This is an ad-hoc network - a network constructed “for a special purpose”.

Simplest example: Laptops in a conference room - a single-hop ad-hoc network.

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Last updated 2 years ago