CSL214 - Data Structures and Program Design II - IT Assignment Help

Assignment Task

Problem for R1 Batch(Enrolment Numbers BT19CSE001 to BT19CSE030):
Physical Environment Sensor Network

A sensor network consists of spatially dispersed and dedicated sensors for monitoring and recording physical conditions of environment like temperature, sound, humidity, wind, and so on for multiple stations (you can consider different areas in city). The data from all sensors is collected at central location. Each sensor records the corresponding data at continuous time interval daily. Each sensor is represented by sensor ID (integer), sensor type, data it senses, time interval during which it senses the conditions continuously.
Write function for the following assuming that sensor database is stored either in AVL tree or B-tree or B+ tree data structure.
1. Write a function create_sensor_network(struct sensor_node* new_node) which will formulate the above mentioned sensor network in software. Data fields for every sensor node in the linked list should have following attributes -
a. sensor_ID(integer)
b. sensor_type (char)
c. sensor_location(charater)(or sensor station)
d. duration(time interval ex. 5 min- it means that a sensor senses the temperature , humidity etc. after every 5 min.)

Problem for R2 Batch(Enrolment Numbers BT19CSE031 to BT19CSE060):

Flight Management System:
A Flight Records Management System can be implemented as a tree (either AVL or B-tree or B+ tree) of structures, where each node of the tree represents a flight record and each record has fields like flight name, flight id, flight capacity, flight arrival time, flight departure time, flight class (VIP, VVIP, public), and any other field you may want.
The combined pair of flight id and arrival time of the flight can be thought of as a key in the tree and represents a unique record in a tree. Also kept are 3 trees, one each for every class of the flight.
Write following functions and a program that lets user to use any of these operations.
-insert
• Inserts (if the entry is not present in the tree) or updates an element (if the entry is present in the tree)
• I/p parameters: flight name, flight id, flight capacity, flight arrival time, flight departure time, flight class (VIP, VVIP, public).
• O/p – Entry should be added/updated appropriately. The return parameter can specify if the insert operation is successful or not.

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