SlideShare una empresa de Scribd logo
1 de 20
1) :  Define a Signal?<br />2) :  Define a System?<br />3) :  What is signal processing? Classify?<br />4) :  What are the basic elements of Digital Signal Processing?<br />5) :  What is analog signal processing?<br />6) :  Classify Digital Signal Processing?<br />. 7) :  Advantages of DSP over ASP?<br />8) :  What are the disadvantages of DSP?<br />9) :  State the factors which decide whether to use analog approach or digital approach in signal<br />processing?<br />10) : Classification of signals?<br />11) : Give an example of a signal which is Multi channel as well as Multidimensional signal?<br />12) : What are the notations used to denote “Continuous-time” and “Discrete-Time”  signals.<br />13) :  How to obtain Discrete-Time signals?<br />14) :  Define Digital Signal and Analog signals?<br />15) :  If random signals cannot be described by a mathematical formula how are  they analyzed?<br />16) :  Is it possible to analyze a digital signal off-line in a laboratory? Justify?<br />17) :  List the different ways of representing Discrete-Time signal?<br />18) :  What are Standard Test Signals (Sequences)?<br />19) :  Classification of discrete-time signals?<br />20) :  Define the fundamental period for discrete time signal x (n)?<br />21) :  Give examples of periodic signals encountered in practice?<br />22) :  What is the criteria for a signal to be referred to as an “energy signal”?<br />23) :  What is the criteria for a signal to be referred to as an “power signal”?<br />24) :  Which of these signals are “energy” or “power signals”?<br />25) :   How much energy does a “power signal” have and how much “power” does an “energy signal”<br />have?<br />26) :  Explain the different operations performed on signals?<br />27) :  In real-time signal processing applications are the shifting operations on a signal practically<br />achievable?   Justify?<br />28) :  Are folding and shifting (time-delay or time advance) operations commutative?<br />29) :  Define a system? Broadly classify the systems?<br />30) :  Define discrete-time system?<br />31) :  Why “static system” is called “memoryless” system?<br />32) :  What are the steps to test the shift (time) invariance property?<br />33) :  What are the steps to test the linearity property?<br />34) :  Is a non-causal system physically realizable? Justify?<br />35) :  How to check if the system is stable or unstable?<br />36) :  What is an “invertible” system?<br />37) :  Write a short note on “Block diagram representation of discrete-time system?<br />38) :  Does unit delay block require memory?<br />39) :  Represent a continuous-time signal and discrete-time signal   mathematically?<br />40) :  What is LTI or LSI system?<br />41) :  Which Tools are used for analysis of LTI system<br />42) :  What is linear convolution?<br />43) :  In the formula for convolution sum what does h (n) denote?<br />44) :  What are the various operations involved in computation of Linear  Convolution?<br />45) :  What are the different methods of computing linear convolution?<br />46) :  State the important properties of linear convolution?<br />47) :  What is the stability criteria for LTI system?<br />48) :  What are the different methods on converting analog data to digital data?<br />49) :  Draw basic block diagram of A/D converter?<br />50) :  Define “sampling”?<br />51) :  Give the relation ship between continuous time variable ‘t’ and discrete  time variable ‘n’?<br />52) :  Give the relation ship between continuous time independent variable and  discrete time<br />independent  variable?<br />53) :  Define “sampling period” or “sampling interval” or “sampling time”?<br />Define “sampling rate” or “sampling frequency”?<br />54) :  Give the relation between sampling interval and sampling frequency?<br />55) :  Give the relationship between continuous time variable‘t’, discrete  time variable ‘n’ sampling<br />interval ‘T<br />s<br />’  and sampling frequency ‘F<br />s<br />’<br />55) :  Give the notations for continuous time frequency and discrete time  frequency?<br />56) :  Summarize the continuous time and discrete time frequency  relationships?<br />57) :  What is the frequency criterion to represent an analog signal by a  discrete time signal?<br />58) :  Explain the concept of “aliasing”?<br />59) :  Show the relationship between the continuous-time frequency and  discrete time frequency<br />variables graphically?<br />60) :  Define “sampling theorem”?<br />61) :  Explain quantization?<br />62) :  Classify LTI system on the basis of impulse response h (n)?<br />63) :  Define FIR and IIR systems?<br />64) :  Does FIR system have finite or limited memory requirement?<br />65) :  Does IIR system have finite or limited memory requirement?<br />66) :  Is practical implementation of IIR system using linear convolution possible? Justify?<br />67) :  Why FIR systems can be implemented and IIR systems cannot be using convolution formula?<br />68) :  Classify discrete-time system on the basis of output produced by the system?<br />69) :  Explain why Causal LTI FIR systems are Non-Recursive systems?<br />70) :  Can a Causal IIR system be implemented in Non-recursive form?<br />71) :  Give the generalized form of linear constant coefficient Difference  Equation?<br />72)  :   What is Z transform?<br />73)  :   Give the different representations of Z Transform?<br />74) :    What is complex z-plane?<br />75) :    What is ROC?<br />76) :    Plot the following Region of Convergence in complex z-plane?<br />77) :    How to determine the causality property of a signal using Region of Convergence?<br />78) :    What is “Double Sided z-transform” and “One-Sided z-transform”?<br />79) :    State the properties of z-transform?<br />80) :    How will you compute the convolution of two signals x<br />1<br />(n) and<br /> <br />x<br />2<br />(n) using z-transform?<br />81) :    Define Inverse Z-Transform? What is the use of inverse Z-Transform?<br />82) :   What is “Rational Z-Transform?<br />83) :   Define Poles and Zeros? Give their graphical notations?<br />84) :   Define “gain” of z-transform?<br />85) :   Explain the term H (z)?<br />86) :   Give the equation for System Function of LTI system?<br />87) :   Give the condition for Causality of LTI system in terms of z-transform?<br />88) :   Give the condition for Stability of LTI system in terms of z-transform?<br />89) :   Explain pole-zero cancellation?<br />90) :   What is Fourier transform?<br /> 91) :   What is the purpose or need of Fourier transform?<br />92) :   What is frequency analysis or spectral analysis? What is Spectral  Estimation?<br />93) :   List the different Fourier Representations?<br />94) :   Write the equation for Fourier Transform pair for discrete time signals?<br />95) :   What is the difference between Fourier Transform of discrete time signal and continuous time (i.e.<br />analog)  signal?<br />96) :   Give the condition for the existence of discrete-time Fourier Transform?<br />97) :   List the properties of Discrete-Time Fourier Transform?<br />98) :   Explain the term H (ω)?Explain the term “Transfer Function”?<br />99) :   Explain the term “Frequency Response” of the system?<br />100) :  Comment on the magnitude and phase plots of H (ω)?<br />101) :  Give the notations for magnitude and phase response of H (ω) and then comment on the<br />magnitude and  phase plots of the frequency response of a discrete-time LTI system?<br />102) :  What is Discrete Fourier Transform (DFT)?<br />103) :   How is the formula For DFT developed?<br />104) :   Give the equation for Inverse Discrete Fourier Transform (IDFT)?<br />105) :    Is there any relation to compute ‘N’?<br />106) :   Compare Fourier Transform and Discrete Fourier Transform?<br />107) :   Compare DTFT and DFT?<br />108) :   What is called “padding the zeros” or “stuffing the zeros”?<br />109) :    In the process of zero padding why only zero is used and not any other number?<br />110) :   What is “Twiddle factor? What is its use?<br />111) :   Write equations for DFT and IDFT in terms of Twiddle factor and in vector form?<br />112) :   State the properties of DFT?<br />113) :   Give equation for energy in finite-duration sequence x (n) in terms of the frequency<br />components?<br />114) :   What are the applications of DSP?<br />115) :   Specify the role of DSP concept you have studied in certain applications<br />116) :   Draw the architecture diagram for ADSP-21xx family.<br />117) :   Role of each individual unit in DSP processor.<br />118) :   Comparison of DSP processor with normal microprocessor <br />119) :   Which are the different companies associated with DSP processor. Name those companies along<br />with their processor series.<br />120) :   Give the practical example of signals<br />121) :   What do you understand from realiziability of a filter <br />122) :   What are the ideal characteristics of a filter.<br />123) :   While designing a filter which are the factors that you take into considerations.<br />124) :  What is cut off frequency, stop band freq, band pass freq and so on.<br />125) :  Whether you prefer analog filter designing or digital filter designing and why.<br />126) :  What are LPF, HPF, BPF and so on<br />126):- Whether DSP processor is a microprocessor ?<br />127):- How DSP processor  is different from general purpose processors ?<br />128):- Which are the commonly used DSP processors ?<br />129):- In which applications DSP processor are used ?<br />130):- Can you quote any examples that use DSP processor ?<br />131):- Which are the different architectures for microprocessors ?<br />132):- Which architecture is used for DSP processors?<br />133):- What is data memory and program memory ?<br />134):- What is the advantage of separate data and program memory?<br />135):- What is DAG in ADSP21XX processors?<br />  136):-  Which addresses are generated by DAG1 and DAG2?<br />137):- What is the function of Bus exchange block in ADSP21XX?<br />138):- What are the inputs and outputs of ALU?<br />139):- Which status signals are generated by ALU?<br />140):- What is the function of Barrel shifter?<br />141):- Which are the three registers in DAGs?<br />142):-  Do DSP processors have on chip data and program memories?<br />143):-  Which operations are performed by program sequencer?<br />144):-  Name the status registers in program sequencer?<br />145):-  What is MIPS? What is its value for ADSP 2100 processor?<br />146):-  How many external interrupts are available for ADSP210 processor?<br />147):-  Name the register associated with Timer?<br />148):- What is system builder?<br />149):- What is assembler?<br />150):- Which files are generated by assemblers?<br />151);- Which file is generated by system builder?<br />152):- Why many NOP instructions are given at the beginning of the program?<br />153):- What is the function of modify register?<br />154) :   Draw the frequency spectrum for showing aliasing effects.<br />155) :   What is the major role of ROC.<br />156) :   Standard signals analysis in various domains.<br />157) :   Need of shifting from one domain to another.<br />158):-   Certain questions on MATLAB package & its functions<br /> 1) :  Define a Signal?<br />2) :  Define a System?<br />3) :  What is signal processing? Classify?<br />4) :  What are the basic elements of Digital Signal Processing?<br />5) :  What is analog signal processing?<br />6) :  Classify Digital Signal Processing?<br />. 7) :  Advantages of DSP over ASP?<br />8) :  What are the disadvantages of DSP?<br />9) :  State the factors which decide whether to use analog approach or digital approach in signal<br />processing?<br />10) : Classification of signals?<br />11) : Give an example of a signal which is Multi channel as well as Multidimensional signal?<br />12) : What are the notations used to denote “Continuous-time” and “Discrete-Time”  signals.<br />13) :  How to obtain Discrete-Time signals?<br />14) :  Define Digital Signal and Analog signals?<br />15) :  If random signals cannot be described by a mathematical formula how are  they analyzed?<br />16) :  Is it possible to analyze a digital signal off-line in a laboratory? Justify?<br />17) :  List the different ways of representing Discrete-Time signal?<br />18) :  What are Standard Test Signals (Sequences)?<br />19) :  Classification of discrete-time signals?<br />20) :  Define the fundamental period for discrete time signal x (n)?<br />21) :  Give examples of periodic signals encountered in practice?<br />22) :  What is the criteria for a signal to be referred to as an “energy signal”?<br />23) :  What is the criteria for a signal to be referred to as an “power signal”?<br />24) :  Which of these signals are “energy” or “power signals”?<br />25) :   How much energy does a “power signal” have and how much “power” does an “energy signal”<br />have?<br />26) :  Explain the different operations performed on signals?<br />27) :  In real-time signal processing applications are the shifting operations on a signal practically<br />achievable?   Justify?<br />28) :  Are folding and shifting (time-delay or time advance) operations commutative?<br />29) :  Define a system? Broadly classify the systems?<br />30) :  Define discrete-time system?<br />31) :  Why “static system” is called “memoryless” system?<br />32) :  What are the steps to test the shift (time) invariance property?<br />33) :  What are the steps to test the linearity property?<br />34) :  Is a non-causal system physically realizable? Justify?<br />35) :  How to check if the system is stable or unstable?<br />36) :  What is an “invertible” system?<br />37) :  Write a short note on “Block diagram representation of discrete-time system?<br />38) :  Does unit delay block require memory?<br />39) :  Represent a continuous-time signal and discrete-time signal   mathematically?<br />40) :  What is LTI or LSI system?<br />41) :  Which Tools are used for analysis of LTI system<br />42) :  What is linear convolution?<br />43) :  In the formula for convolution sum what does h (n) denote?<br />44) :  What are the various operations involved in computation of Linear  Convolution?<br />45) :  What are the different methods of computing linear convolution?<br /> 46) :  State the important properties of linear convolution?<br />47) :  What is the stability criteria for LTI system?<br />48) :  What are the different methods on converting analog data to digital data?<br />49) :  Draw basic block diagram of A/D converter?<br />50) :  Define “sampling”?<br />51) :  Give the relation ship between continuous time variable ‘t’ and discrete  time variable ‘n’?<br />52) :  Give the relation ship between continuous time independent variable and  discrete time<br />independent  variable?<br />53) :  Define “sampling period” or “sampling interval” or “sampling time”?<br />Define “sampling rate” or “sampling frequency”?<br />54) :  Give the relation between sampling interval and sampling frequency?<br />55) :  Give the relationship between continuous time variable‘t’, discrete  time variable ‘n’ sampling<br />interval ‘T<br />s<br />’  and sampling frequency ‘F<br />s<br />’<br />55) :  Give the notations for continuous time frequency and discrete time  frequency?<br />56) :  Summarize the continuous time and discrete time frequency  relationships?<br />57) :  What is the frequency criterion to represent an analog signal by a  discrete time signal?<br />58) :  Explain the concept of “aliasing”?<br />59) :  Show the relationship between the continuous-time frequency and  discrete time frequency<br />variables graphically?<br />60) :  Define “sampling theorem”?<br />61) :  Explain quantization?<br />62) :  Classify LTI system on the basis of impulse response h (n)?<br />63) :  Define FIR and IIR systems?<br />64) :  Does FIR system have finite or limited memory requirement?<br />65) :  Does IIR system have finite or limited memory requirement?<br />66) :  Is practical implementation of IIR system using linear convolution possible? Justify?<br />67) :  Why FIR systems can be implemented and IIR systems cannot be using convolution formula?<br />68) :  Classify discrete-time system on the basis of output produced by the system?<br />69) :  Explain why Causal LTI FIR systems are Non-Recursive systems?<br />70) :  Can a Causal IIR system be implemented in Non-recursive form?<br />71) :  Give the generalized form of linear constant coefficient Difference  Equation?<br />72)  :   What is Z transform?<br />73)  :   Give the different representations of Z Transform?<br />74) :    What is complex z-plane?<br />75) :    What is ROC?<br />76) :    Plot the following Region of Convergence in complex z-plane?<br />77) :    How to determine the causality property of a signal using Region of Convergence?<br />78) :    What is “Double Sided z-transform” and “One-Sided z-transform”?<br />79) :    State the properties of z-transform?<br />80) :    How will you compute the convolution of two signals x<br />1<br />(n) and<br /> <br />x<br />2<br />(n) using z-transform?<br />81) :    Define Inverse Z-Transform? What is the use of inverse Z-Transform?<br />82) :   What is “Rational Z-Transform?<br />83) :   Define Poles and Zeros? Give their graphical notations?<br />84) :   Define “gain” of z-transform?<br />85) :   Explain the term H (z)?<br />86) :   Give the equation for System Function of LTI system?<br />87) :   Give the condition for Causality of LTI system in terms of z-transform?<br />88) :   Give the condition for Stability of LTI system in terms of z-transform?<br />89) :   Explain pole-zero cancellation?<br />90) :   What is Fourier transform?<br />   <br />91) :   What is the purpose or need of Fourier transform?<br />92) :   What is frequency analysis or spectral analysis? What is Spectral  Estimation?<br />93) :   List the different Fourier Representations?<br />94) :   Write the equation for Fourier Transform pair for discrete time signals?<br />95) :   What is the difference between Fourier Transform of discrete time signal and continuous time (i.e.<br />analog)  signal?<br />96) :   Give the condition for the existence of discrete-time Fourier Transform?<br />97) :   List the properties of Discrete-Time Fourier Transform?<br />98) :   Explain the term H (ω)?Explain the term “Transfer Function”?<br />99) :   Explain the term “Frequency Response” of the system?<br />100) :  Comment on the magnitude and phase plots of H (ω)?<br />101) :  Give the notations for magnitude and phase response of H (ω) and then comment on the<br />magnitude and  phase plots of the frequency response of a discrete-time LTI system?<br />102) :  What is Discrete Fourier Transform (DFT)?<br />103) :   How is the formula For DFT developed?<br />104) :   Give the equation for Inverse Discrete Fourier Transform (IDFT)?<br />105) :    Is there any relation to compute ‘N’?<br />106) :   Compare Fourier Transform and Discrete Fourier Transform?<br />107) :   Compare DTFT and DFT?<br />108) :   What is called “padding the zeros” or “stuffing the zeros”?<br />109) :    In the process of zero padding why only zero is used and not any other number?<br />110) :   What is “Twiddle factor? What is its use?<br />111) :   Write equations for DFT and IDFT in terms of Twiddle factor and in vector form?<br />112) :   State the properties of DFT?<br />113) :   Give equation for energy in finite-duration sequence x (n) in terms of the frequency<br />components?<br />114) :   What are the applications of DSP?<br />115) :   Specify the role of DSP concept you have studied in certain applications<br />116) :   Draw the architecture diagram for ADSP-21xx family.<br />117) :   Role of each individual unit in DSP processor.<br />118) :   Comparison of DSP processor with normal microprocessor <br />119) :   Which are the different companies associated with DSP processor. Name those companies along<br />with their processor series.<br />120) :   Give the practical example of signals<br />121) :   What do you understand from realiziability of a filter <br />122) :   What are the ideal characteristics of a filter.<br />123) :   While designing a filter which are the factors that you take into considerations.<br />124) :  What is cut off frequency, stop band freq, band pass freq and so on.<br />125) :  Whether you prefer analog filter designing or digital filter designing and why.<br />126) :  What are LPF, HPF, BPF and so on<br />126):- Whether DSP processor is a microprocessor ?<br />127):- How DSP processor  is different from general purpose processors ?<br />128):- Which are the commonly used DSP processors ?<br />129):- In which applications DSP processor are used ?<br />130):- Can you quote any examples that use DSP processor ?<br />131):- Which are the different architectures for microprocessors ?<br />132):- Which architecture is used for DSP processors?<br />133):- What is data memory and program memory ?<br />134):- What is the advantage of separate data and program memory?<br />135):- What is DAG in ADSP21XX processors?<br />  136):-  Which addresses are generated by DAG1 and DAG2?<br />137):- What is the function of Bus exchange block in ADSP21XX?<br />138):- What are the inputs and outputs of ALU?<br />139):- Which status signals are generated by ALU?<br />140):- What is the function of Barrel shifter?<br />141):- Which are the three registers in DAGs?<br />142):-  Do DSP processors have on chip data and program memories?<br />143):-  Which operations are performed by program sequencer?<br />144):-  Name the status registers in program sequencer?<br />145):-  What is MIPS? What is its value for ADSP 2100 processor?<br />146):-  How many external interrupts are available for ADSP210 processor?<br />147):-  Name the register associated with Timer?<br />148):- What is system builder?<br />149):- What is assembler?<br />150):- Which files are generated by assemblers?<br />151);- Which file is generated by system builder?<br />152):- Why many NOP instructions are given at the beginning of the program?<br />153):- What is the function of modify register?<br />154) :   Draw the frequency spectrum for showing aliasing effects.<br />155) :   What is the major role of ROC.<br />156) :   Standard signals analysis in various domains.<br />157) :   Need of shifting from one domain to another.<br />158):-   Certain questions on MATLAB package & its functions<br />
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2
Dsp2

Más contenido relacionado

La actualidad más candente

Automatic digital modulation recognition using articial
Automatic digital modulation recognition using articialAutomatic digital modulation recognition using articial
Automatic digital modulation recognition using articial
Hemant Ingale
 
Digital Signal Processing Tutorial:Chapt 1 signal and systems
Digital Signal Processing Tutorial:Chapt 1 signal and systemsDigital Signal Processing Tutorial:Chapt 1 signal and systems
Digital Signal Processing Tutorial:Chapt 1 signal and systems
Chandrashekhar Padole
 

La actualidad más candente (7)

Automatic digital modulation recognition using articial
Automatic digital modulation recognition using articialAutomatic digital modulation recognition using articial
Automatic digital modulation recognition using articial
 
Cancellation of Zigbee interference in OFDM based WLAN for multipath channel
Cancellation of Zigbee interference in OFDM based WLAN for multipath channelCancellation of Zigbee interference in OFDM based WLAN for multipath channel
Cancellation of Zigbee interference in OFDM based WLAN for multipath channel
 
Differential Modulation and Non-Coherent Detection in Wireless Relay Networks
Differential Modulation and Non-Coherent Detection in Wireless Relay NetworksDifferential Modulation and Non-Coherent Detection in Wireless Relay Networks
Differential Modulation and Non-Coherent Detection in Wireless Relay Networks
 
Digital Signal Processing Tutorial:Chapt 1 signal and systems
Digital Signal Processing Tutorial:Chapt 1 signal and systemsDigital Signal Processing Tutorial:Chapt 1 signal and systems
Digital Signal Processing Tutorial:Chapt 1 signal and systems
 
WEAKNESS ON CRYPTOGRAPHIC SCHEMES BASED ON REGULAR LDPC CODES
WEAKNESS ON CRYPTOGRAPHIC SCHEMES BASED ON REGULAR LDPC CODESWEAKNESS ON CRYPTOGRAPHIC SCHEMES BASED ON REGULAR LDPC CODES
WEAKNESS ON CRYPTOGRAPHIC SCHEMES BASED ON REGULAR LDPC CODES
 
RNN and sequence-to-sequence processing
RNN and sequence-to-sequence processingRNN and sequence-to-sequence processing
RNN and sequence-to-sequence processing
 
Radio Signal Classification with Deep Neural Networks
Radio Signal Classification with Deep Neural NetworksRadio Signal Classification with Deep Neural Networks
Radio Signal Classification with Deep Neural Networks
 

Similar a Dsp2

Interview questions
Interview questionsInterview questions
Interview questions
Adil Nasir
 
Systolic, Transposed & Semi-Parallel Architectures and Programming
Systolic, Transposed & Semi-Parallel Architectures and ProgrammingSystolic, Transposed & Semi-Parallel Architectures and Programming
Systolic, Transposed & Semi-Parallel Architectures and Programming
Sandip Jassar (sandipjassar@hotmail.com)
 

Similar a Dsp2 (20)

Fundamentals of Digital Signal Processing - Question Bank
Fundamentals of Digital Signal Processing - Question BankFundamentals of Digital Signal Processing - Question Bank
Fundamentals of Digital Signal Processing - Question Bank
 
EC8562 DSP Viva Questions
EC8562 DSP Viva Questions EC8562 DSP Viva Questions
EC8562 DSP Viva Questions
 
C faqs interview questions placement paper 2013
C faqs interview questions placement paper 2013C faqs interview questions placement paper 2013
C faqs interview questions placement paper 2013
 
C
CC
C
 
Unit-1.pptx
Unit-1.pptxUnit-1.pptx
Unit-1.pptx
 
Del oral question
Del oral questionDel oral question
Del oral question
 
Interview questions
Interview questionsInterview questions
Interview questions
 
DSP_2018_FOEHU - Lec 0 - Course Outlines
DSP_2018_FOEHU - Lec 0 - Course OutlinesDSP_2018_FOEHU - Lec 0 - Course Outlines
DSP_2018_FOEHU - Lec 0 - Course Outlines
 
Interview questions
Interview questionsInterview questions
Interview questions
 
RF Interview questions
RF Interview questionsRF Interview questions
RF Interview questions
 
DESIGN OF QUATERNARY LOGICAL CIRCUIT USING VOLTAGE AND CURRENT MODE LOGIC
DESIGN OF QUATERNARY LOGICAL CIRCUIT USING VOLTAGE AND CURRENT MODE LOGICDESIGN OF QUATERNARY LOGICAL CIRCUIT USING VOLTAGE AND CURRENT MODE LOGIC
DESIGN OF QUATERNARY LOGICAL CIRCUIT USING VOLTAGE AND CURRENT MODE LOGIC
 
Dsp model exam qp
Dsp model exam qpDsp model exam qp
Dsp model exam qp
 
Systolic, Transposed & Semi-Parallel Architectures and Programming
Systolic, Transposed & Semi-Parallel Architectures and ProgrammingSystolic, Transposed & Semi-Parallel Architectures and Programming
Systolic, Transposed & Semi-Parallel Architectures and Programming
 
DSP Lesson 1 Slides (1).pdf
DSP Lesson 1 Slides (1).pdfDSP Lesson 1 Slides (1).pdf
DSP Lesson 1 Slides (1).pdf
 
C language 100 questions answers
C language 100 questions answersC language 100 questions answers
C language 100 questions answers
 
Course-Notes__Advanced-DSP.pdf
Course-Notes__Advanced-DSP.pdfCourse-Notes__Advanced-DSP.pdf
Course-Notes__Advanced-DSP.pdf
 
Advanced_DSP_J_G_Proakis.pdf
Advanced_DSP_J_G_Proakis.pdfAdvanced_DSP_J_G_Proakis.pdf
Advanced_DSP_J_G_Proakis.pdf
 
LFSR final.pptxpppppplthddhfgfghgffhgfghgh
LFSR final.pptxpppppplthddhfgfghgffhgfghghLFSR final.pptxpppppplthddhfgfghgffhgfghgh
LFSR final.pptxpppppplthddhfgfghgffhgfghgh
 
LFSR final.pptxpppppplthddhfgfghgffhgfghgh
LFSR final.pptxpppppplthddhfgfghgffhgfghghLFSR final.pptxpppppplthddhfgfghgffhgfghgh
LFSR final.pptxpppppplthddhfgfghgffhgfghgh
 
df_lesson_01.ppt
df_lesson_01.pptdf_lesson_01.ppt
df_lesson_01.ppt
 

Último

Histor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slideHistor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slide
vu2urc
 
EIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptx
EIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptxEIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptx
EIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptx
Earley Information Science
 

Último (20)

TrustArc Webinar - Stay Ahead of US State Data Privacy Law Developments
TrustArc Webinar - Stay Ahead of US State Data Privacy Law DevelopmentsTrustArc Webinar - Stay Ahead of US State Data Privacy Law Developments
TrustArc Webinar - Stay Ahead of US State Data Privacy Law Developments
 
Strategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
Strategize a Smooth Tenant-to-tenant Migration and Copilot TakeoffStrategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
Strategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
 
🐬 The future of MySQL is Postgres 🐘
🐬  The future of MySQL is Postgres   🐘🐬  The future of MySQL is Postgres   🐘
🐬 The future of MySQL is Postgres 🐘
 
What Are The Drone Anti-jamming Systems Technology?
What Are The Drone Anti-jamming Systems Technology?What Are The Drone Anti-jamming Systems Technology?
What Are The Drone Anti-jamming Systems Technology?
 
How to Troubleshoot Apps for the Modern Connected Worker
How to Troubleshoot Apps for the Modern Connected WorkerHow to Troubleshoot Apps for the Modern Connected Worker
How to Troubleshoot Apps for the Modern Connected Worker
 
Scaling API-first – The story of a global engineering organization
Scaling API-first – The story of a global engineering organizationScaling API-first – The story of a global engineering organization
Scaling API-first – The story of a global engineering organization
 
08448380779 Call Girls In Diplomatic Enclave Women Seeking Men
08448380779 Call Girls In Diplomatic Enclave Women Seeking Men08448380779 Call Girls In Diplomatic Enclave Women Seeking Men
08448380779 Call Girls In Diplomatic Enclave Women Seeking Men
 
Strategies for Landing an Oracle DBA Job as a Fresher
Strategies for Landing an Oracle DBA Job as a FresherStrategies for Landing an Oracle DBA Job as a Fresher
Strategies for Landing an Oracle DBA Job as a Fresher
 
Exploring the Future Potential of AI-Enabled Smartphone Processors
Exploring the Future Potential of AI-Enabled Smartphone ProcessorsExploring the Future Potential of AI-Enabled Smartphone Processors
Exploring the Future Potential of AI-Enabled Smartphone Processors
 
08448380779 Call Girls In Greater Kailash - I Women Seeking Men
08448380779 Call Girls In Greater Kailash - I Women Seeking Men08448380779 Call Girls In Greater Kailash - I Women Seeking Men
08448380779 Call Girls In Greater Kailash - I Women Seeking Men
 
Raspberry Pi 5: Challenges and Solutions in Bringing up an OpenGL/Vulkan Driv...
Raspberry Pi 5: Challenges and Solutions in Bringing up an OpenGL/Vulkan Driv...Raspberry Pi 5: Challenges and Solutions in Bringing up an OpenGL/Vulkan Driv...
Raspberry Pi 5: Challenges and Solutions in Bringing up an OpenGL/Vulkan Driv...
 
Boost Fertility New Invention Ups Success Rates.pdf
Boost Fertility New Invention Ups Success Rates.pdfBoost Fertility New Invention Ups Success Rates.pdf
Boost Fertility New Invention Ups Success Rates.pdf
 
Data Cloud, More than a CDP by Matt Robison
Data Cloud, More than a CDP by Matt RobisonData Cloud, More than a CDP by Matt Robison
Data Cloud, More than a CDP by Matt Robison
 
08448380779 Call Girls In Civil Lines Women Seeking Men
08448380779 Call Girls In Civil Lines Women Seeking Men08448380779 Call Girls In Civil Lines Women Seeking Men
08448380779 Call Girls In Civil Lines Women Seeking Men
 
Histor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slideHistor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slide
 
2024: Domino Containers - The Next Step. News from the Domino Container commu...
2024: Domino Containers - The Next Step. News from the Domino Container commu...2024: Domino Containers - The Next Step. News from the Domino Container commu...
2024: Domino Containers - The Next Step. News from the Domino Container commu...
 
The 7 Things I Know About Cyber Security After 25 Years | April 2024
The 7 Things I Know About Cyber Security After 25 Years | April 2024The 7 Things I Know About Cyber Security After 25 Years | April 2024
The 7 Things I Know About Cyber Security After 25 Years | April 2024
 
Strategies for Unlocking Knowledge Management in Microsoft 365 in the Copilot...
Strategies for Unlocking Knowledge Management in Microsoft 365 in the Copilot...Strategies for Unlocking Knowledge Management in Microsoft 365 in the Copilot...
Strategies for Unlocking Knowledge Management in Microsoft 365 in the Copilot...
 
GenAI Risks & Security Meetup 01052024.pdf
GenAI Risks & Security Meetup 01052024.pdfGenAI Risks & Security Meetup 01052024.pdf
GenAI Risks & Security Meetup 01052024.pdf
 
EIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptx
EIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptxEIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptx
EIS-Webinar-Prompt-Knowledge-Eng-2024-04-08.pptx
 

Dsp2

  • 1. 1) : Define a Signal?<br />2) : Define a System?<br />3) : What is signal processing? Classify?<br />4) : What are the basic elements of Digital Signal Processing?<br />5) : What is analog signal processing?<br />6) : Classify Digital Signal Processing?<br />. 7) : Advantages of DSP over ASP?<br />8) : What are the disadvantages of DSP?<br />9) : State the factors which decide whether to use analog approach or digital approach in signal<br />processing?<br />10) : Classification of signals?<br />11) : Give an example of a signal which is Multi channel as well as Multidimensional signal?<br />12) : What are the notations used to denote “Continuous-time” and “Discrete-Time” signals.<br />13) : How to obtain Discrete-Time signals?<br />14) : Define Digital Signal and Analog signals?<br />15) : If random signals cannot be described by a mathematical formula how are they analyzed?<br />16) : Is it possible to analyze a digital signal off-line in a laboratory? Justify?<br />17) : List the different ways of representing Discrete-Time signal?<br />18) : What are Standard Test Signals (Sequences)?<br />19) : Classification of discrete-time signals?<br />20) : Define the fundamental period for discrete time signal x (n)?<br />21) : Give examples of periodic signals encountered in practice?<br />22) : What is the criteria for a signal to be referred to as an “energy signal”?<br />23) : What is the criteria for a signal to be referred to as an “power signal”?<br />24) : Which of these signals are “energy” or “power signals”?<br />25) : How much energy does a “power signal” have and how much “power” does an “energy signal”<br />have?<br />26) : Explain the different operations performed on signals?<br />27) : In real-time signal processing applications are the shifting operations on a signal practically<br />achievable? Justify?<br />28) : Are folding and shifting (time-delay or time advance) operations commutative?<br />29) : Define a system? Broadly classify the systems?<br />30) : Define discrete-time system?<br />31) : Why “static system” is called “memoryless” system?<br />32) : What are the steps to test the shift (time) invariance property?<br />33) : What are the steps to test the linearity property?<br />34) : Is a non-causal system physically realizable? Justify?<br />35) : How to check if the system is stable or unstable?<br />36) : What is an “invertible” system?<br />37) : Write a short note on “Block diagram representation of discrete-time system?<br />38) : Does unit delay block require memory?<br />39) : Represent a continuous-time signal and discrete-time signal mathematically?<br />40) : What is LTI or LSI system?<br />41) : Which Tools are used for analysis of LTI system<br />42) : What is linear convolution?<br />43) : In the formula for convolution sum what does h (n) denote?<br />44) : What are the various operations involved in computation of Linear Convolution?<br />45) : What are the different methods of computing linear convolution?<br />46) : State the important properties of linear convolution?<br />47) : What is the stability criteria for LTI system?<br />48) : What are the different methods on converting analog data to digital data?<br />49) : Draw basic block diagram of A/D converter?<br />50) : Define “sampling”?<br />51) : Give the relation ship between continuous time variable ‘t’ and discrete time variable ‘n’?<br />52) : Give the relation ship between continuous time independent variable and discrete time<br />independent variable?<br />53) : Define “sampling period” or “sampling interval” or “sampling time”?<br />Define “sampling rate” or “sampling frequency”?<br />54) : Give the relation between sampling interval and sampling frequency?<br />55) : Give the relationship between continuous time variable‘t’, discrete time variable ‘n’ sampling<br />interval ‘T<br />s<br />’ and sampling frequency ‘F<br />s<br />’<br />55) : Give the notations for continuous time frequency and discrete time frequency?<br />56) : Summarize the continuous time and discrete time frequency relationships?<br />57) : What is the frequency criterion to represent an analog signal by a discrete time signal?<br />58) : Explain the concept of “aliasing”?<br />59) : Show the relationship between the continuous-time frequency and discrete time frequency<br />variables graphically?<br />60) : Define “sampling theorem”?<br />61) : Explain quantization?<br />62) : Classify LTI system on the basis of impulse response h (n)?<br />63) : Define FIR and IIR systems?<br />64) : Does FIR system have finite or limited memory requirement?<br />65) : Does IIR system have finite or limited memory requirement?<br />66) : Is practical implementation of IIR system using linear convolution possible? Justify?<br />67) : Why FIR systems can be implemented and IIR systems cannot be using convolution formula?<br />68) : Classify discrete-time system on the basis of output produced by the system?<br />69) : Explain why Causal LTI FIR systems are Non-Recursive systems?<br />70) : Can a Causal IIR system be implemented in Non-recursive form?<br />71) : Give the generalized form of linear constant coefficient Difference Equation?<br />72) : What is Z transform?<br />73) : Give the different representations of Z Transform?<br />74) : What is complex z-plane?<br />75) : What is ROC?<br />76) : Plot the following Region of Convergence in complex z-plane?<br />77) : How to determine the causality property of a signal using Region of Convergence?<br />78) : What is “Double Sided z-transform” and “One-Sided z-transform”?<br />79) : State the properties of z-transform?<br />80) : How will you compute the convolution of two signals x<br />1<br />(n) and<br /> <br />x<br />2<br />(n) using z-transform?<br />81) : Define Inverse Z-Transform? What is the use of inverse Z-Transform?<br />82) : What is “Rational Z-Transform?<br />83) : Define Poles and Zeros? Give their graphical notations?<br />84) : Define “gain” of z-transform?<br />85) : Explain the term H (z)?<br />86) : Give the equation for System Function of LTI system?<br />87) : Give the condition for Causality of LTI system in terms of z-transform?<br />88) : Give the condition for Stability of LTI system in terms of z-transform?<br />89) : Explain pole-zero cancellation?<br />90) : What is Fourier transform?<br /> 91) : What is the purpose or need of Fourier transform?<br />92) : What is frequency analysis or spectral analysis? What is Spectral Estimation?<br />93) : List the different Fourier Representations?<br />94) : Write the equation for Fourier Transform pair for discrete time signals?<br />95) : What is the difference between Fourier Transform of discrete time signal and continuous time (i.e.<br />analog) signal?<br />96) : Give the condition for the existence of discrete-time Fourier Transform?<br />97) : List the properties of Discrete-Time Fourier Transform?<br />98) : Explain the term H (ω)?Explain the term “Transfer Function”?<br />99) : Explain the term “Frequency Response” of the system?<br />100) : Comment on the magnitude and phase plots of H (ω)?<br />101) : Give the notations for magnitude and phase response of H (ω) and then comment on the<br />magnitude and phase plots of the frequency response of a discrete-time LTI system?<br />102) : What is Discrete Fourier Transform (DFT)?<br />103) : How is the formula For DFT developed?<br />104) : Give the equation for Inverse Discrete Fourier Transform (IDFT)?<br />105) : Is there any relation to compute ‘N’?<br />106) : Compare Fourier Transform and Discrete Fourier Transform?<br />107) : Compare DTFT and DFT?<br />108) : What is called “padding the zeros” or “stuffing the zeros”?<br />109) : In the process of zero padding why only zero is used and not any other number?<br />110) : What is “Twiddle factor? What is its use?<br />111) : Write equations for DFT and IDFT in terms of Twiddle factor and in vector form?<br />112) : State the properties of DFT?<br />113) : Give equation for energy in finite-duration sequence x (n) in terms of the frequency<br />components?<br />114) : What are the applications of DSP?<br />115) : Specify the role of DSP concept you have studied in certain applications<br />116) : Draw the architecture diagram for ADSP-21xx family.<br />117) : Role of each individual unit in DSP processor.<br />118) : Comparison of DSP processor with normal microprocessor <br />119) : Which are the different companies associated with DSP processor. Name those companies along<br />with their processor series.<br />120) : Give the practical example of signals<br />121) : What do you understand from realiziability of a filter <br />122) : What are the ideal characteristics of a filter.<br />123) : While designing a filter which are the factors that you take into considerations.<br />124) : What is cut off frequency, stop band freq, band pass freq and so on.<br />125) : Whether you prefer analog filter designing or digital filter designing and why.<br />126) : What are LPF, HPF, BPF and so on<br />126):- Whether DSP processor is a microprocessor ?<br />127):- How DSP processor is different from general purpose processors ?<br />128):- Which are the commonly used DSP processors ?<br />129):- In which applications DSP processor are used ?<br />130):- Can you quote any examples that use DSP processor ?<br />131):- Which are the different architectures for microprocessors ?<br />132):- Which architecture is used for DSP processors?<br />133):- What is data memory and program memory ?<br />134):- What is the advantage of separate data and program memory?<br />135):- What is DAG in ADSP21XX processors?<br /> 136):- Which addresses are generated by DAG1 and DAG2?<br />137):- What is the function of Bus exchange block in ADSP21XX?<br />138):- What are the inputs and outputs of ALU?<br />139):- Which status signals are generated by ALU?<br />140):- What is the function of Barrel shifter?<br />141):- Which are the three registers in DAGs?<br />142):- Do DSP processors have on chip data and program memories?<br />143):- Which operations are performed by program sequencer?<br />144):- Name the status registers in program sequencer?<br />145):- What is MIPS? What is its value for ADSP 2100 processor?<br />146):- How many external interrupts are available for ADSP210 processor?<br />147):- Name the register associated with Timer?<br />148):- What is system builder?<br />149):- What is assembler?<br />150):- Which files are generated by assemblers?<br />151);- Which file is generated by system builder?<br />152):- Why many NOP instructions are given at the beginning of the program?<br />153):- What is the function of modify register?<br />154) : Draw the frequency spectrum for showing aliasing effects.<br />155) : What is the major role of ROC.<br />156) : Standard signals analysis in various domains.<br />157) : Need of shifting from one domain to another.<br />158):- Certain questions on MATLAB package & its functions<br /> 1) : Define a Signal?<br />2) : Define a System?<br />3) : What is signal processing? Classify?<br />4) : What are the basic elements of Digital Signal Processing?<br />5) : What is analog signal processing?<br />6) : Classify Digital Signal Processing?<br />. 7) : Advantages of DSP over ASP?<br />8) : What are the disadvantages of DSP?<br />9) : State the factors which decide whether to use analog approach or digital approach in signal<br />processing?<br />10) : Classification of signals?<br />11) : Give an example of a signal which is Multi channel as well as Multidimensional signal?<br />12) : What are the notations used to denote “Continuous-time” and “Discrete-Time” signals.<br />13) : How to obtain Discrete-Time signals?<br />14) : Define Digital Signal and Analog signals?<br />15) : If random signals cannot be described by a mathematical formula how are they analyzed?<br />16) : Is it possible to analyze a digital signal off-line in a laboratory? Justify?<br />17) : List the different ways of representing Discrete-Time signal?<br />18) : What are Standard Test Signals (Sequences)?<br />19) : Classification of discrete-time signals?<br />20) : Define the fundamental period for discrete time signal x (n)?<br />21) : Give examples of periodic signals encountered in practice?<br />22) : What is the criteria for a signal to be referred to as an “energy signal”?<br />23) : What is the criteria for a signal to be referred to as an “power signal”?<br />24) : Which of these signals are “energy” or “power signals”?<br />25) : How much energy does a “power signal” have and how much “power” does an “energy signal”<br />have?<br />26) : Explain the different operations performed on signals?<br />27) : In real-time signal processing applications are the shifting operations on a signal practically<br />achievable? Justify?<br />28) : Are folding and shifting (time-delay or time advance) operations commutative?<br />29) : Define a system? Broadly classify the systems?<br />30) : Define discrete-time system?<br />31) : Why “static system” is called “memoryless” system?<br />32) : What are the steps to test the shift (time) invariance property?<br />33) : What are the steps to test the linearity property?<br />34) : Is a non-causal system physically realizable? Justify?<br />35) : How to check if the system is stable or unstable?<br />36) : What is an “invertible” system?<br />37) : Write a short note on “Block diagram representation of discrete-time system?<br />38) : Does unit delay block require memory?<br />39) : Represent a continuous-time signal and discrete-time signal mathematically?<br />40) : What is LTI or LSI system?<br />41) : Which Tools are used for analysis of LTI system<br />42) : What is linear convolution?<br />43) : In the formula for convolution sum what does h (n) denote?<br />44) : What are the various operations involved in computation of Linear Convolution?<br />45) : What are the different methods of computing linear convolution?<br /> 46) : State the important properties of linear convolution?<br />47) : What is the stability criteria for LTI system?<br />48) : What are the different methods on converting analog data to digital data?<br />49) : Draw basic block diagram of A/D converter?<br />50) : Define “sampling”?<br />51) : Give the relation ship between continuous time variable ‘t’ and discrete time variable ‘n’?<br />52) : Give the relation ship between continuous time independent variable and discrete time<br />independent variable?<br />53) : Define “sampling period” or “sampling interval” or “sampling time”?<br />Define “sampling rate” or “sampling frequency”?<br />54) : Give the relation between sampling interval and sampling frequency?<br />55) : Give the relationship between continuous time variable‘t’, discrete time variable ‘n’ sampling<br />interval ‘T<br />s<br />’ and sampling frequency ‘F<br />s<br />’<br />55) : Give the notations for continuous time frequency and discrete time frequency?<br />56) : Summarize the continuous time and discrete time frequency relationships?<br />57) : What is the frequency criterion to represent an analog signal by a discrete time signal?<br />58) : Explain the concept of “aliasing”?<br />59) : Show the relationship between the continuous-time frequency and discrete time frequency<br />variables graphically?<br />60) : Define “sampling theorem”?<br />61) : Explain quantization?<br />62) : Classify LTI system on the basis of impulse response h (n)?<br />63) : Define FIR and IIR systems?<br />64) : Does FIR system have finite or limited memory requirement?<br />65) : Does IIR system have finite or limited memory requirement?<br />66) : Is practical implementation of IIR system using linear convolution possible? Justify?<br />67) : Why FIR systems can be implemented and IIR systems cannot be using convolution formula?<br />68) : Classify discrete-time system on the basis of output produced by the system?<br />69) : Explain why Causal LTI FIR systems are Non-Recursive systems?<br />70) : Can a Causal IIR system be implemented in Non-recursive form?<br />71) : Give the generalized form of linear constant coefficient Difference Equation?<br />72) : What is Z transform?<br />73) : Give the different representations of Z Transform?<br />74) : What is complex z-plane?<br />75) : What is ROC?<br />76) : Plot the following Region of Convergence in complex z-plane?<br />77) : How to determine the causality property of a signal using Region of Convergence?<br />78) : What is “Double Sided z-transform” and “One-Sided z-transform”?<br />79) : State the properties of z-transform?<br />80) : How will you compute the convolution of two signals x<br />1<br />(n) and<br /> <br />x<br />2<br />(n) using z-transform?<br />81) : Define Inverse Z-Transform? What is the use of inverse Z-Transform?<br />82) : What is “Rational Z-Transform?<br />83) : Define Poles and Zeros? Give their graphical notations?<br />84) : Define “gain” of z-transform?<br />85) : Explain the term H (z)?<br />86) : Give the equation for System Function of LTI system?<br />87) : Give the condition for Causality of LTI system in terms of z-transform?<br />88) : Give the condition for Stability of LTI system in terms of z-transform?<br />89) : Explain pole-zero cancellation?<br />90) : What is Fourier transform?<br /> <br />91) : What is the purpose or need of Fourier transform?<br />92) : What is frequency analysis or spectral analysis? What is Spectral Estimation?<br />93) : List the different Fourier Representations?<br />94) : Write the equation for Fourier Transform pair for discrete time signals?<br />95) : What is the difference between Fourier Transform of discrete time signal and continuous time (i.e.<br />analog) signal?<br />96) : Give the condition for the existence of discrete-time Fourier Transform?<br />97) : List the properties of Discrete-Time Fourier Transform?<br />98) : Explain the term H (ω)?Explain the term “Transfer Function”?<br />99) : Explain the term “Frequency Response” of the system?<br />100) : Comment on the magnitude and phase plots of H (ω)?<br />101) : Give the notations for magnitude and phase response of H (ω) and then comment on the<br />magnitude and phase plots of the frequency response of a discrete-time LTI system?<br />102) : What is Discrete Fourier Transform (DFT)?<br />103) : How is the formula For DFT developed?<br />104) : Give the equation for Inverse Discrete Fourier Transform (IDFT)?<br />105) : Is there any relation to compute ‘N’?<br />106) : Compare Fourier Transform and Discrete Fourier Transform?<br />107) : Compare DTFT and DFT?<br />108) : What is called “padding the zeros” or “stuffing the zeros”?<br />109) : In the process of zero padding why only zero is used and not any other number?<br />110) : What is “Twiddle factor? What is its use?<br />111) : Write equations for DFT and IDFT in terms of Twiddle factor and in vector form?<br />112) : State the properties of DFT?<br />113) : Give equation for energy in finite-duration sequence x (n) in terms of the frequency<br />components?<br />114) : What are the applications of DSP?<br />115) : Specify the role of DSP concept you have studied in certain applications<br />116) : Draw the architecture diagram for ADSP-21xx family.<br />117) : Role of each individual unit in DSP processor.<br />118) : Comparison of DSP processor with normal microprocessor <br />119) : Which are the different companies associated with DSP processor. Name those companies along<br />with their processor series.<br />120) : Give the practical example of signals<br />121) : What do you understand from realiziability of a filter <br />122) : What are the ideal characteristics of a filter.<br />123) : While designing a filter which are the factors that you take into considerations.<br />124) : What is cut off frequency, stop band freq, band pass freq and so on.<br />125) : Whether you prefer analog filter designing or digital filter designing and why.<br />126) : What are LPF, HPF, BPF and so on<br />126):- Whether DSP processor is a microprocessor ?<br />127):- How DSP processor is different from general purpose processors ?<br />128):- Which are the commonly used DSP processors ?<br />129):- In which applications DSP processor are used ?<br />130):- Can you quote any examples that use DSP processor ?<br />131):- Which are the different architectures for microprocessors ?<br />132):- Which architecture is used for DSP processors?<br />133):- What is data memory and program memory ?<br />134):- What is the advantage of separate data and program memory?<br />135):- What is DAG in ADSP21XX processors?<br /> 136):- Which addresses are generated by DAG1 and DAG2?<br />137):- What is the function of Bus exchange block in ADSP21XX?<br />138):- What are the inputs and outputs of ALU?<br />139):- Which status signals are generated by ALU?<br />140):- What is the function of Barrel shifter?<br />141):- Which are the three registers in DAGs?<br />142):- Do DSP processors have on chip data and program memories?<br />143):- Which operations are performed by program sequencer?<br />144):- Name the status registers in program sequencer?<br />145):- What is MIPS? What is its value for ADSP 2100 processor?<br />146):- How many external interrupts are available for ADSP210 processor?<br />147):- Name the register associated with Timer?<br />148):- What is system builder?<br />149):- What is assembler?<br />150):- Which files are generated by assemblers?<br />151);- Which file is generated by system builder?<br />152):- Why many NOP instructions are given at the beginning of the program?<br />153):- What is the function of modify register?<br />154) : Draw the frequency spectrum for showing aliasing effects.<br />155) : What is the major role of ROC.<br />156) : Standard signals analysis in various domains.<br />157) : Need of shifting from one domain to another.<br />158):- Certain questions on MATLAB package & its functions<br />