Lab programs in c

It is the most famous and traditionally successful mechanism used in error detection through the parity bits installed within the data and obtaining checksum which acts as the verifier to check whether the data retreived at the reciever end is genuine or not. In the program, I have also provided the user to opt for Error detection whereby he can proceed for it.

Understand the program below as it is much simpler than pretented to be so. Theory Dijkstra's algorithm is a non-adaptive routing algorithm which is very widely used to route packets from source to detination through various routers available during the transmission. It is implemented at the network layer of the architecture where data packets are sent through routers which maitain routing tables that help to denote the exact location to where the destined packets need to be delivered.

Major advantage in using Dijkstra's algorithm is that it forwards the data packets from source to destination through the most optimized path in terms of both the distance and cost observed. It prompts the user to enter the number of nodes and the source and destination nodes among them. In addition, the algorithm written below also asks for the neighbours to each node with the distances to reach to them from each node is also prompted.

All this data is stored and used further to calculate and estimate the best path possible for data packets to reach their destination from source. Program below explains it in a much better way. Now obtain Routing table at each node using Distance Vector Routing. Theory Distance Vector routing DVR algorithm is unlike Dijkstra's algorithm which is a non-adaptive routing algorithm and means that it is purely static, that is pre-destined and fixed, not flexible in networks where congestions are more prone to occur.

DVR is an adaptive routing algorithm in which the information from neighbours is maitained well by each and every node and this helps us to determine the simplest path possible in a changing network.

Though, one of the node may fail, still, the destined node is reachable through other possible intermediate nodes that are found out by the DVR algorithm. The perfectly executing program below shows it live below. Obtain broadcast tree for it.

Theory IP addressing is the allocation of unique ID to each and every system connected in a network to maintan communication among them through out the affixed network. There are 5 classes of IP Addresses namely A through E with the range varying from one class to the other class.

Pathak Page 11 Pathak Page 12 Pathak Page 13 Pathak Page 14 Pathak Page 15 Programs 2. Pathak Page 16 Programs printf "Item not found. Pathak Page 17 In this case, go to the step 1 for the part of the array, before middle element.

In this case, go to the step 1 for the part of the array, after middle element. Pathak Page 18 Pathak Page 19 Pathak Page 20 Programs 3. Pathak Page 21 Pathak Page 22 Pathak Page 23 Saket Kr. Pathak Page 24 Pathak Page 25 Pathak Page 26 Pathak Page 27 Pathak Page 28 Pathak Page 29 Pathak Page 30 Pathak Page 31 Pathak Page 32 Pathak Page 33 Pathak Page 34 Programs printf "nttt Array - Singly Linked-List. Pathak Page 35 Pathak Page 36 Pathak Page 37 Pathak Page 38 Pathak Page 39 Pathak Page 40 Pathak Page 41 Pathak Page 42 Programs printf "ntTo Display Item of Queue.

Pathak Page 43 Pathak Page 44 Pathak Page 45 Pathak Page 46 Pathak Page 47 Programs 4. Pathak Page 48 Tony Kurishingal Follow. Site Admin at Oh. Quiz3 tonghop. What to Upload to SlideShare. A few thoughts on work life-balance. Is vc still a thing final. The GaryVee Content Model. Mammalian Brain Chemistry Explains Everything. Related Books Free with a 30 day trial from Scribd.

Related Audiobooks Free with a 30 day trial from Scribd. C lab-programs 1. Step 3: Accept values for p,r,t,n. Experiment No. Enter the number Number is armstrong 2. Enter the Coeff. Root 2 : 2. Display the result. Multiply the elements of the first two matrices and store the result in third array.

Accept the elements of the matrics one. Step 13 : Repeat step 3 to Step 14 : Stop. Addition" ; printf "n 2. Multiplication" ; printf "n 3. Transpose" ; printf "n press any other key to exit Addition 2. Multiplication 3. Transpose press any other key to exit Step 3: Input the number, n.

The value obtained is assigned to variable Step 6: The variable, rev is multiplied by 10 and then added with the variable dig, thisvalue is assigned to rev.

Step 7: The variable, n is divided by 10 and the result is stored in n. Step 3: Input value of n. Step 4: Value of n is decremented by 1. Step 5: The sum of a and b is assigned to c.