De basis cursus netwerken ...
basisbegrippen
terminologie
bandbreedte
binair rekenen
praktijkmodel1 & 2
connection oriented / connectionless
client-server / peer 2 peer
frame
unicast / multicast / broadcast
topologie
lan / wan
baseband / broadband
duplex / half duplex / simplex
packet- of circuit-switching
collision domain / broadcast domain
osi-model
ethernet
werking van ethernet
ethernet collisions
werking van hub/repeater
mac-adressen
arp protocol
ethernet benaming + bekabeling
switch rules: werking van switch
switch features: eigenschappen van switches
wireless networking
switch simulatie oefeningen
addressing (dagelijks)
ipv4-addressen
netmask
ipv4 oefeningen
ipv4 configuratie
private ipv4 adressen
speciale ipv4 adressen
alle ipv4 adressen (also classfull)
organisatie van het internet
ipv6: http://netwerk800.be/advanced/ipv6
tcp/ip
dns
dhcp
tcp/ip model
tcp
udp
well known port numbers https://nl.wikipedia.org/wiki/TCP-_en_UDP-poorten
ip
lab: icmp: ping / traceroute
NAT
werking van router // routing: http://netwerk800.be/routing/routing-connected-network
application protocols: http://netwerk800.be/advanced/application-protocols
ipv4 vraagjes
labs
talstelsels
netmasks
NMAP here or there
vbox-static settings
capture ARP met wireshark
udp: dhcp en dns
tcp en http
icmp: ping en traceroute
udp: dhcp service
udp: tftp
network address translation
ethernet cat5e kabels maken
scan dhcp op wireshark in lx mint
pts
Learn Packettracer
netmask
arp
switch behaviour
mac - ip - udp - dns
dhcp-server
mac - ip - tcp - http
integratie oefening
nat demo
Dnat demo