Podcast
Questions and Answers
What is the difference between continuous time and discrete time signals?
What is the difference between continuous time and discrete time signals?
- Continuous time signals are specified at discrete points of t = nT
- Discrete time signals are specified for every t
- Discrete time signals only take finite number of values (amplitudes)
- Continuous time signals take an infinite number of values (amplitudes) (correct)
Which of the following best describes an analog signal?
Which of the following best describes an analog signal?
- A signal that takes an infinite number of values (amplitudes) (correct)
- A signal that is not periodic
- A signal that is specified at discrete points of t = nT
- A signal with energy Eg < ∞
What is the difference between a periodic and an aperiodic signal?
What is the difference between a periodic and an aperiodic signal?
- An aperiodic signal takes an infinite number of values (amplitudes)
- A periodic signal is specified at discrete points of t = nT
- A periodic signal is not periodic
- An aperiodic signal is not specified at discrete points of t = nT (correct)
Which of the following accurately describes the advantage of MPLS over conventional forwarding?
Which of the following accurately describes the advantage of MPLS over conventional forwarding?
What is the main difference between conventional network forwarding and label-based forwarding?
What is the main difference between conventional network forwarding and label-based forwarding?
What can a label be used for in MPLS?
What can a label be used for in MPLS?
Which network layer protocol can MPLS be used with?
Which network layer protocol can MPLS be used with?
What is the purpose of assigning a label to a packet in MPLS?
What is the purpose of assigning a label to a packet in MPLS?