Chapter 1
- Explain application development life cycle of multimedia systems. [9]
- Explain the global structure of multimedia sys with diagram. [9]
- Explain the global structure views for multimedia systems and also explain the multimedia application development method. [5+4]
- Explain components used to build the multimedia sytem. [9]
- Compare among application domain, system domain and device domain.
Chapter 2
- Explain about audio hardware and audio software. Differentiate between MIDI over digital audio.(5+5)
- Explain in detail the process of speech recognition and generation. Calculate the file size in bytes for a 30 second recording at 44.1 KHz, 8 bits resolution stereo sound.(5+5)
- Comparison between quality vs file size. Calculate the file size in bytes for a 60 second recording at 44.1khz, 8 bits resoluton setereo sound. [5+5]
- Explain in detail the process of speech recognition and generation.[5]
- Explain about audio hardware and audio software. Differentiate between MIDI over digital audio. [5+5]
- Differsffiiate between MIDI and WAV audio formats. ? Calculate the file size in bytes for a 20 second recording at 44.1 KHz, 16 bits resolution stereo sound. [5+5]
- Differentiate betrveen MIDI and digital audio. Explain the Computer representation of sound with example. [4+6]
- Explain the audio hardware. Calculate the file size if we record the 20 second of stereo music at 44.1KHz with 8 bits.[5+5]
- Explain the audio software. Calculate the file size if we record the 10 second stereo music at 44.1KHz with 16 bits. [4+6]
- Differentiate between MIDI and digital audio with example. (10)
- How MIDI Sounds are synthesized? How MIDI files are different from digital audio.
Chapter 3
- What are bitmap images? Explain the advantages and disadvantages of bitmap over vector images.(3+6)
- What do you mean by digital image representation? Explain the image synthesis with example.
- What are the different types of color model? Compare them with example.
- Comparisons between RGB colour model, CMY Colour model and HSB Colour model.
- Differentiate between image and graphics. Explain the computer image processing with example,
- What is dithering technique? Differentiate between HSB color model and YUV colour model."
- What is Colour Dithering? What is the relation between RGB and CMY colour models? Explain with example.(5+6)
- Explain the Video and Animation. Differentiate between RGB color model and CMY colour model.
- Distinguish between image and graphics. Explain about image synthesis, analysis and transmission.
- Different colour models are often used in different applications. What is the CMYK colour model? Give an application in which this colour model is mostly used and explain the reason(3+3+5)
- Explain the Image recognition steps in detail. [10]
- Differentiate between HSB color model and YUV colour model.
Chapter 4
- Differentiate between video and animation. Explain the various techniques associated with animation and also explain the various software tools available for animation nowadays?(4+7)
- Explain the process to generate the computer based animation. Explain the various animation languages use in Multimedia system.
- Differentiate between Video and animation.(4)
Chapter 5
- Compare JPEG and MPEG. What are the steps to create the Huffman code tree? Explain with example how Huffman code reduce the file size?(4 +4+6)
- What are the differences between lossy and lossless data compression? Explain with example of Huffman coding.
- Explain with steps of the JPEG compression process in detail with example.
- What do you mean by lossy compression? Explain the Huffman coding process to create Huffman code tree with example.Justify how Huffman code reduces the file size?
- Differentiate between MPEG compression proscess with JPEG compression process.
- Explain about data compression. Explain the LZW decompression algorithm with use an example of your own to illustrate and justify.
- Explain the Huffman Coding and also explain the steps to create Huffman code tree with example.
- Why data compression is needed for multimedia system?
- Explain why lossy data compression is sometimes preferred over lossless. Justify.
Chapter 6
- Discuss the user interface design process for multimedia with block diagram.(9)
- Explain the general design guidelines for the multimedia user interface design and also mention the multimedia interface components.[5+4]
- Explain with example the general design issues of user interface in multimedia system.
- Mention the multimedia interface components and explain in detail each of them with example.
- Explain various steps for the multimedia user Interface design in audio and video with example.
- Explain with example of the structure guidelines for designing good user interface for multimedia system.
Chapter 7
- Explain the abstraction levels of the programming of multimedia with block diagram. (9)
- Differentiate between higher programing language and approaches and object orented approches.
- Explain the Libraries, system software, higher programming languages and object oriented approaches in terms of multimedia system.[9]
Chapter 8
- Explain the applications of multimedia in media entertainment such as interactive TV and video on demand.[9]
- Explain the applications of multimedia in Video Conference system with example.[9]
- Explain the applications of multimedia in virtual reality and interactive video? Explain.[9]
- Explain the applications of multimedia in telemedicine and e-learning.[9]
- What are the applications of multimedia in educations? Explain.[9]
- Explain the applications of multimedia in tele-services[9]
Numerical
Image Not Showing
Possible Reasons
- The image file may be corrupted
- The server hosting the image is unavailable
- The image path is incorrect
- The image format is not supported
Learn More →
- What is image enhancement? The table on the left below represents an indexed image.The table on the right is colour index table. What is the colour of the following pixels:(0,2), (1,1),( 1,3) (2,1), (2,2),(3,0).(3+6).(2072 Ashwin)
- A certain source emits symbols {A,B, C, D, E) with corresponding probabilities P(A)=0.06,P(B)=0.48, P©=0.02, P(D)=0.20, P(E)=0.24. Create a Huffman code tree and also derive the Huffman code for each symbol.[5+5]