Bissoy.com
Doctors Medicines MCQs Q&A

How are the state transition graphs presented during simulation and testing?

How are the state transition graphs presented during simulation and testing? Correct Answer Using rectangular pulse

In a states transition graph, the input and the output signals can be graphed. Several on and off conditions are represented here. Rectangular pulses are used for this purpose. Presence of a pulse signifies digital 1 and absence signifies logic 0.

Related Questions

How many of the following statements are correct? i) All cyclic graphs are complete graphs. ii) All complete graphs are cyclic graphs. iii) All paths are bipartite. iv) All cyclic graphs are bipartite. v) There are cyclic graphs which are complete.
Consider the following graphs. The curves in the graphs indicate different age groups in the populations of two countries A and B over a period of few decades: With reference to the above graphs, which of the following are the most logical and rotational inferences that can be made? 1. Over the last two and a half decades, the dependency ratio for country B has decreased. 2. By the end of the next two and a half decades, the dependency ratio of country A and be much less than that of country B. 3. In the next two decades, the work-force relative to its total population will increase in country B as compared to country A. Select the correct answer using the code given below.
What is the normal order of activities in which traditional software testing is organized ? (a) Integration Testing (b) System Testing (c) Unit Testing (d) Validation Testing
Match the items of List - II with the items of List - I and select the code of correct matching List - I List - II (a) Chi-square Test (i) Testing the significance of the differences of the mean values among more than two sample groups. (b) ANOVA (F-test) (ii) Testing the goodness of fit of a distribution (c) Z - test (iii) Testing the significance of the difference of the mean values between two large sized samples (d) t - test (iv) Testing the significance of the difference of the mean values between two small sized samples when population standard deviation is not available  
As simulation is not an analytical model, therefore the result of simulation must be viewed as.
Although all four phenotypes are generated by simulation the numbers are different than those generated by simulation How can this best be explained?
Study the given bar graphs and answer the question that follows. The bar graphs represent the amount invested in raw materials (in Rs. crore) and the sale of the products, by a textile company in the year 2007 - 2012. The X-axis represents the years. The Y-axis represents the amount invested in raw materials (in Rs. crore) in figure 1 and sale of products in figure 2, respectively. In which two years was the difference of the amount invested and the sales of products the same?
Study the given bar graphs and answer the question that follows. The bar graphs represent the amount invested in raw materials (in Rs. crore) and the sale of the products, by a textile company in the years 2007-2012. The X-axis represents the years. The Y-axis represents the amount invested in raw materials (in Rs. crore) in figure 1 and the sale of products in figure 2, respectively. In 2011, the sale of products had increased by a certain percentage with respect to the previous year. In 2012, by what percent should the sale of products increase from its present value so that it shows the same percent increase as had been shown in 2011?
Study the given bar graphs and answer the question that follows. The bar graphs represent the amount invested in raw materials (in Rs. crore) and the sale of the products, by a textile company in the years 2007- 2012. The X-axis represents the years. The Y-axis represents the amount invested in raw materials (in Rs, crore) in figure 1 and the sale of products in figure 2, respectively. In which year was there a maximum percentage increase in the sales of products as compared to the previous year?
The given bar graph represents data of the production of paper (in ten lakh tonnes) by three different companies X, Y and Z during the years 2008 to 2012. The x-axis shows the 'years' and the y-axis represents the 'production of paper (ten lakh tonnes)'. (Note: The data shown is only for mathematical exercise. They do not represent actual figures.)  The total production of Company Y during 2008 and 2009 and Company X for 2011 and 2012 taken together is p% (p is correct to the nearest integer) more than the total production of Company Z during 2010, 2011 and 2012. The total production of Company Z during 2008 and 2009 taken together is q% (q is correct to the nearest integer) less than the total production of Company X during 2008, 2009 and 2012 and Company Y during 2010 and 2011 all together.  What is the positive difference between p and q ?