Posts

Trash

I've got nothing to say, standing in a dark place at a midnight, waiting for a bus that never comes in that route. It's like finding my journey, I may get a random bus to travel and go somewhere I don't belong. That random place may become my home. But what's my destination, realising there is no destination is mine. Find a place to lie down and see stars, you'll see what you missed so far in life. Failing to see the best part of life is sin.

Hard

Sometimes it's better to take hard decision, to avoid complicated future situations.

Scrap2

Yes, we are intentionally blind sometimes. It may change, if i'm an unknown person with no identity.

Scrap1

You need to understand that there is no predefined Destination. You only be able to reach a destination by just going with the flow. You keep trying something and it directs to something which is completely contrast to what you started of, so just be with the flow. If you try changing things with any shortcut, then you will face the complexity. You taste many and choose something which suits your needs and utilizes what you have? so that's where things start making sense. Maybe, maybe not. But you do what you do.

Hop Count

When data packets travels in a network from source to destination, it must pass through some bridges, routers and gateways. Each time the packet passed to the next network device,  a hop occurs . A hop count refers to the number of intermediate devices the packet crosses between the source and destination.

Distance Vector Routing Protocol

DVRP  is one of the two major routing protocols for communications methods that use data packets sent over Internet Protocol (IP). It requires a routing hardware to report the distances of various nodes within a network or IP topology in order to determine the best and most efficient routes to pass the packets. DVRP tends to contemplate only two factors : Distance and Vector Distance is the nothing but a number of steps or hosts, a message go through to reach its destination. Vector describes the trajectory of the message over a given set of network nodes.