Saraswati Education Society s Saraswati College of Engineering, Kharghar Information Technology Department Academic Year (ODD SEM)

Size: px

Start display at page:

Download "Saraswati Education Society s Saraswati College of Engineering, Kharghar Information Technology Department Academic Year (ODD SEM)"

Britton Baker
5 years ago
Views:

1 Academic Year (ODD SEM) Subject: Database Management Systems Assignment No Explain database system structure in detail with the help of diagram. 2. Consider the following relational database. Customer(id,name,city) Depositor(cust_id,acc_no) Account(branch_name,acc_no,balance) Borrower(loan_no,cust_id) Loan(loan_no,amount) Write SQL queries for the following: Find the customer names who have highest balance at Dadar branch. Find the customer id who have both loan & account. Find customer names who have same branch as ARS & having balance greater than Rs Find those branches where the average accounts balance greater than Rs.1 Lac. 3. What is a View? How it is created? Explain with a suitable example. 4. Explain any 5 relational algebra operations with example.

2 Academic Year (ODD SEM) Subject: Database Management Systems Assignment No Write ashort note on trigger. 2. Given a relation with attribute Customer_rental(cust_no,property_no,cust_name,p_adder,rent_start,rent_finish,owner_n o,owner_name) Normalize it to 1NF,2NF,3NF. 3. Define transaction. Describe the ACID properties of Transaction. 4. Compare shadow paging recovery scheme with log based recovery scheme in terms of implementation and overhead cost.

3 Academic Year (ODD SEM) Subject: Object Oriented Programming methodology Assignment No-01 Q1.Write a note on Grady Booch Methodology of OO development. Q2.What is a Coupling and Cohesion also explain sufficient completeness. Q3.Write a note on JDK and JVM? Q4.Explain following terms a.modifire c.final class e.iterator b.constuctor d.destructor Q5.Differance between method Overloading and method Overriding.

4 Academic Year (ODD SEM) Class/Sem: Third Year/III Subject: Object Oriented Programming methodology Assignment No-02 Q1.In Bank application or Library application find relationships like inheritance,association,aggregation,composition. Q 2. What is a Thread in java? Explain multithreading in brief. Q 3.Write a note on Managing error and exception in java. Q4.lifecycle of applet in java. Q 5. Explain packages in java in details.

5 Class/Sem: SE/ III Subject: Object Oriented Programming Assignment No Explain about the following? a)finalize() b)super keyword c)abstract class d)final keyword 2. what is inheritance? Explain the different types of inheritance. 3. What is the method overriding? Explain its with example program? 4. What is interface? Explain with Example program? 5. What is thread? Explain life cycle of thread? 6. What is an applet? Explain life cycle of applet?

6 Class/Sem: SE/ III Subject: Object Oriented Programming Assignment No Explain about the principals of object oriented programming? a)object b)class c)encapsulation d)abstraction e)inheritance f)polymorphism 2. Explain the structure of java programming. 3. What is the scanner class? Explain its methods? 4. What is constructor? Explain with Example program? 5. What is method overloading? Explain with Example program? 6. What is an array? Explain about different types of array?

7 Subject: Analog and Digital Circuits Assignment No-01 Q.1. Convert ( )10 to octal, binary and hexadecimal. Q.2 Simplicity y= AB (CD bar) + B bar CD + (A bar +C bar) (B+D) Q.3. Given the logic expression A+B bar C bar +AB D bar + ABCD. Express it in standard SOP form, draw K map and simplify. Draw the circuits using NOR gate only. Q.4 Realize the following using 16:1 MUX f(a,b,c,d) = m(1,2,4,7,11,13) Q.5 Design Synchronous counters to count states using JK flip/flop Q.6. Explain Bidirectional shift register. Q. 7 Short note on VHDL.

8 Subject: Analog and Digital Circuits Assignment No-02 Q.1. Explain in detail OP-AMP as Adder. Derive the O/P equation for same. Q.2 Explain the IC 55 timer as monostable multivibrator. Q.3 Explain all biasing circuitsof BJT and explain which is better and why? Q. 4 Explain zener diode as voltage regulator. Q.5. Explain OP-AMP as integrator? Who it is implemented practically. Q. 6. Explain instrumentation op-amp using 3 op-amp.derive its o/p equation.

9 Subject: DSAA Assignment No-01 Q1: A) Explain about P word? B) Explain about recursion and induction? Q2: Explain about the solution for maximum subsequence sum problem. Q3: A) What are linear and non linear data structures? and explain about stack and queue operations briefly? B) Describe about different type of linked lists? Q4:What is meant by priority queue? and explain its implementation with a list Q5: Write a program to implement quick sort

10 Subject: DSAA Assignment No-02 Q1:A) Define Binary Tree. Write an algorithm to implement different tree traversal techniques Q2: Write a short notes on a)bst b)avl Trees c)red-black Trees d)b-trees Q3: Write an algorithm and explain with an example RADIX sort method Q4: Give an INFIX expression,write a program to convert it to its POSTFIX form Q5: Write an algorithm to traverse a graph using : I)BFS II)DFS

11 Class/Sem: SE/III Subject:P.Com Assignment No-01 1.Explain the need for modulation 2.For three cascaded amplifier stages,each with noise figure of 3Db and power of 10 Db,Determine total noise figure 3.Describe different ways in which modulation index can be measured 4.Draw the time domain and frequency domain of types ofamplitude Modulation.

12 Class/Sem: SE/III Subject:P.Com Assignment No Draw neat block diagram of Delta Modulation.Explain.What are the limitaions and how it can be minimized. 2. What is multiplexing?compare FDM and TDM. 3. What is intersymbol interference? 4. Explain the block diagram spectrum and bandwidth calculation in amplitude shift keying.

Course Batch Semester Subject Code Subject Name. B.E-Marine Engineering B.E- ME-16 III UBEE307 Integrated Circuits

Course Batch Semester Subject Code Subject Name B.E-Marine Engineering B.E- ME-16 III UBEE307 Integrated Circuits Part-A 1 Define De-Morgan's theorem. 2 Convert the following hexadecimal number to decimal