Centre for Development of Advanced Computing(C-DAC) 2005 M.C.A 206 Software Engineering - Question Paper
Saturday, 02 February 2013 12:25Web
Page 1 of 2
END-TERM exam
Fourth Semester [MCA] - MAY 2005
Paper Code: MCA 206 Subject: Software Engineering
Time: three Hours Maximum Marks: 60
Q. 1. (a) elaborate the advantages of using software process models? discuss
the prototype and spiral model in detail. (8)
(b) What process model you will follow for developing (i) Editor (ii) Radiation
therapy machine software. Justify your ans. (4)
Q. 2. (a) define briefly various stages of risk management process.
(6)
(b) The value of size of program in KLOC and various cost drivers are provided
below: size – 300 KLOC, Complexity 0.95, Analyst capability – 1.05,
Applications of Software Engineering Methods – 0.8, Performance
Requirement – 0.75. compute the effort for 3 kinds of projects i.e. organic,
semidetached and embedded using COCOMO model. (6)
Q. 3. (a) What is the use of drawing situation diagram?
(2)
(b) A blood bank receives and stores blood donated by people and also provide
blood to individuals or hospitals on demand. The blood bank also has a panel of
vendors who supply different items after receiving the order from the blood
bank. If a donor approaches the blood bank, his blood sample is taken and test
for different diseases. If approved blood is taken and stored in the bank. The
contact details of donor are recorded and donor is issued a card which is valid
for 1 year. During this period the donor by showing the card can get the
blood from the blood bank. From time to time blood bank arranged the blood
donation camp. Date and venue is announced in the newsprint and existing
regular donor are also informed by post. The blood bank also has a panel of
doctors. 2 doctors from the panel are also associated with the camp to
handle emergencies. For these requirements draw (i) ER diagram (ii) situation
diagram. (6+4)
Q. 4. (a) describe every of the subsequent terms:-
(6)
(i) Structure chart (ii) Transaction Centered Design
(iii) Control Coupling (iv) Temporal Cohesion
(v) Requirement (vi) Software requirement Specification
(vii) Adaptive Maintenance (viii) fault
(b) discuss briefly info Flow Metrics. For the structure chart provided
beneath in Fig.1. compute the info flow index of individual modules as
well as whole software. (6)
Fig. 1.
Q. 5. (a) What is the difference ranging from what box and black testing? discuss in
detail a few white box testing techniques explained in the class.
(12)
Q. 6. (a) describe software reliability. How it is various from hardware
reliability. (2)
(b)What are the main objectives of Reverse Engineering? (4)
(c) Write short notes on Basic Execution Time Model. (6)
Q. 7. (a) Write short notes on Any two:
(6 + 6)
(i) Capability Maturity Model
(ii) Configuration Management
(iii)Software Reengineering
(iv) CASE Tools
|
Attachment: |
| Earning: Approval pending. |
