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cnp3-ebook / exercises/network — French

Committed changes 3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

1 via E
1 via E
3 years ago
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New translation

cnp3-ebook / exercises/network — French

4 via B
4 via B
3 years ago
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New translation

cnp3-ebook / exercises/network — French

E
E
3 years ago
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New translation

cnp3-ebook / exercises/network — French

1 via D
1 via D
3 years ago
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New translation

cnp3-ebook / exercises/network — French

3 via B
3 via B
3 years ago
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Committed changes

cnp3-ebook / exercises/network — French

Committed changes 3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

D
D
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

2 via D
2 via D
3 years ago
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New translation

cnp3-ebook / exercises/network — French

1 via C
1 via C
3 years ago
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New translation

cnp3-ebook / exercises/network — French

C
C
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

3 via D
3 via D
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

2 via C
2 via C
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

1 via B
1 via B
3 years ago
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New translation

cnp3-ebook / exercises/network — French

After each update of a forwarding table, verify which pairs of routers are able to exchange packets. Provide your answer using a table similar to the one shown above.
Après chaque mise à jour d'une table de transfert, vérifiez quelles paires de routeurs sont capables d'échanger des paquets. Fournissez votre réponse à l'aide d'un tableau similaire à celui présenté ci-dessus.
3 years ago
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Translation changed

cnp3-ebook / exercises/network — French

Router `B` will flood its updated link state packet through the entire network and all routers will recompute their forwarding table. Upon reception of a link state packet, routers usually first flood the received link-state packet and then recompute their forwarding table. Assume that `B` is the first to recompute its forwarding table, followed by `D`, `A`, `C` and finally `E`.
Le routeur `B` flood son paquet link-state mis à jour à travers le réseau entier et tous les routeurs recompileront leur table de transfertforwarding table. À la réception d'un paquet link-state, les routeurs commencent généralement par flood le paquet link-state reçu, puis recalculent leur forwarding table. Supposons que `B` soit le premier à recompiler sa forwarding table, suivi de `D`, `A`, `C` et enfin `E`.
3 years ago
User avatar pdan1

Translation changed

cnp3-ebook / exercises/network — French

Router `B` will flood its updated link state packet through the entire network and all routers will recompute their forwarding table. Upon reception of a link state packet, routers usually first flood the received link-state packet and then recompute their forwarding table. Assume that `B` is the first to recompute its forwarding table, followed by `D`, `A`, `C` and finally `E`.
Le routeur `B` flood son paquet link-state mis à jour à travers le réseau entier et tous les routeurs recompileront leur table de transfert. À la réception d'un paquet link-state, les routeurs commencent généralement par flood le paquet link-state reçu, puis recalculent leur table de transfertforwarding table. Supposons que `B` soit le premier à recompiler sa forwarding table, suivi de `D`, `A`, `C` et enfin `E`.
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

Router `B` will flood its updated link state packet through the entire network and all routers will recompute their forwarding table. Upon reception of a link state packet, routers usually first flood the received link-state packet and then recompute their forwarding table. Assume that `B` is the first to recompute its forwarding table, followed by `D`, `A`, `C` and finally `E`.
Le routeur `B` flood son paquet link-state mis à jour à travers le réseau entier et tous les routeurs recompileront leur table de transfert. À la réception d'un paquet link-state, les routeurs commencent généralement par flood le paquet link-state reçu, puis recalculent leur table de transfert. Supposons que `B` soit le premier à recompiler sa forwarding table, suivi de `D`, `A`, `C` et enfin `E`.
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

An important difference between OSPF and RIP is that OSPF routers flood link state packets that allow the other routers to recompute their own routing tables while RIP routers exchange distance vectors. Consider that link `B-C` fails and that router `B` is the first to detect the failure. At this point, `B` cannot reach anymore `C`, `D` and `E`. `C` cannot reach `B` and `A` anymore.
Une différence importante entre OSPF et RIP est que les routeurs OSPF envoient des paquets link-state qui permettent aux autres routeurs de recalculer leurs propres tables de routage alors que les routeurs RIP échangent des vecteurs de distance. Imaginons que le lien `B-C` tombe en panne et que le routeur `B` soit le premier à détecter la panne. À ce moment-là, `B` ne peut plus atteindre `C`, `D` et `E`. `C` ne peut plus atteindre `B` et `A`.
3 years ago
User avatar pdan1

New translation

cnp3-ebook / exercises/network — French

Consider again the network shown above. After some time, link state routing converges and all routers compute the same routing tables as above.
Considérons à nouveau le réseau illustré ci-dessus. Après un certain temps, le routage link-state converge et tous les routeurs calculent les mêmes tables de routage que ci-dessus.
3 years ago

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