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@alyssaguarinoo0: #fyp #gym #GymTok #motivation #godisgood

️Alyssa Grace 💋
️Alyssa Grace 💋
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Saturday 23 August 2025 21:07:31 GMT
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isaiah.mcdaniel6
Isaiah McDaniel :
No more hallway window shopping 😔
2025-08-23 23:52:31
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notashleyk
ashley :
ur gorg
2025-08-24 02:30:00
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back to life
back to life
Thanos tries to bag Lady Death #thanos #deadpool #comic #marvel
Thanos tries to bag Lady Death #thanos #deadpool #comic #marvel


EIGRP: the lovechild of RIP and OSPF nobody asked for 😅 Cisco’s “proprietary genius” or Frankenstein's protocol? Let’s be honest—distance vector-ish and link-state-ish doesn’t equal better. Tag your networking buddies who still defend EIGRP like it’s gospel 👇 #NerdHumor #networkinglife EIGRP: Hybrid: Combines aspects of distance-vector and link-state routing. Diffusing Update Algorithm (DUAL): EIGRP uses DUAL to efficiently calculate and update routes, providing faster convergence than RIP. Scalability: Can handle relatively large networks but may have limitations compared to OSPF. Unequal-cost load balancing: Allows distribution of traffic across multiple paths with different bandwidths. RIP: Distance-Vector: Updates neighbor routers with its routing table every 30 seconds. Limited scalability: Limited to networks with a hop count of 16 or less. Convergence time: Can take time to converge after topology changes. OSPF: Link-State: Each router creates a Link-State Database (LSDB) of network topology and uses the Shortest Path First (SPF) algorithm. Scalability: Designed for large networks and can be partitioned into areas to improve scalability. Fast convergence: Updates are sent instantly upon network topology changes.
EIGRP: the lovechild of RIP and OSPF nobody asked for 😅 Cisco’s “proprietary genius” or Frankenstein's protocol? Let’s be honest—distance vector-ish and link-state-ish doesn’t equal better. Tag your networking buddies who still defend EIGRP like it’s gospel 👇 #NerdHumor #networkinglife EIGRP: Hybrid: Combines aspects of distance-vector and link-state routing. Diffusing Update Algorithm (DUAL): EIGRP uses DUAL to efficiently calculate and update routes, providing faster convergence than RIP. Scalability: Can handle relatively large networks but may have limitations compared to OSPF. Unequal-cost load balancing: Allows distribution of traffic across multiple paths with different bandwidths. RIP: Distance-Vector: Updates neighbor routers with its routing table every 30 seconds. Limited scalability: Limited to networks with a hop count of 16 or less. Convergence time: Can take time to converge after topology changes. OSPF: Link-State: Each router creates a Link-State Database (LSDB) of network topology and uses the Shortest Path First (SPF) algorithm. Scalability: Designed for large networks and can be partitioned into areas to improve scalability. Fast convergence: Updates are sent instantly upon network topology changes.


Pawang Nya Csr #fyp #jagoancs🥵🤙 #abcxyz #epep #viraltiktok
Pawang Nya Csr #fyp #jagoancs🥵🤙 #abcxyz #epep #viraltiktok

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