Question: Hi , its C programming assignment on Data structures. Perhaps the pseudo code would do for me to learn... thankss 20 O=A 1=B 20 20

 Hi , its C programming assignment on Data structures. Perhaps the

pseudo code would do for me to learn... thankss 20 O=A 1=B

Hi , its C programming assignment on Data structures. Perhaps the pseudo code would do for me to learn... thankss

20 O=A 1=B 20 20 20 20 4=E 20 20 20 3= D 2=C Figure 1 showing telecommunication transmission system interconnection. 1. Figure 1 shows a typical telco nodes that are connected by transmission links with capacity shown. 1 2. Define Data Structures for a) Nodes, b) Links and capacity between two adjacent nodes as shown by the arrows c) Route between any origin and destination d) Route Sequence consisting of links between any origin and destination nodes. 3. Create occurrences of Nodes, Links, Route and Route Sequence by using the respective data structures. 4. Determine Node to Node Route plans from any originating Node to any destination Node without capacity demand. Print the results generated by the planning process. 5. Determine Node to Node Route plans from any originating Node to any destination Node with capacity demand 10 circuit out of the capacity. Print the results generated by the planning process. (use USE/AVAIL/CAPACITY) 6. Compare the results in step 4 and step 5 by giving your findings. Give comment on your results. 20 O=A 1=B 20 20 20 20 4=E 20 20 20 3= D 2=C Figure 1 showing telecommunication transmission system interconnection. 1. Figure 1 shows a typical telco nodes that are connected by transmission links with capacity shown. 1 2. Define Data Structures for a) Nodes, b) Links and capacity between two adjacent nodes as shown by the arrows c) Route between any origin and destination d) Route Sequence consisting of links between any origin and destination nodes. 3. Create occurrences of Nodes, Links, Route and Route Sequence by using the respective data structures. 4. Determine Node to Node Route plans from any originating Node to any destination Node without capacity demand. Print the results generated by the planning process. 5. Determine Node to Node Route plans from any originating Node to any destination Node with capacity demand 10 circuit out of the capacity. Print the results generated by the planning process. (use USE/AVAIL/CAPACITY) 6. Compare the results in step 4 and step 5 by giving your findings. Give comment on your results

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