Network Routing, Arbitration and Switching MCQs & Quiz Online PDF eBook Download

Network routing, arbitration and switching multiple choice questions (MCQs), network routing, arbitration and switching quiz answers to learn online computer science degree programs. Interconnection networks MCQs, network routing, arbitration and switching quiz questions and answers for top computer science schools. Learn computer networking, network connectivity, network topologies, networking basics, network routing, arbitration and switching test prep for associates in computer science.

Learn interconnection networks MCQ: algorithm that defines which network path, or paths, are allowed for each packet, is known as, with choices routing algorithm, switching algorithm, blocking algorithm, and networking algorithm for top computer science schools. Practice merit scholarships assessment test, online learning network routing, arbitration and switching quiz questions for competitive exams in computer science major for online degrees.

MCQs on Network Routing, Arbitration and Switching PDF eBook Download

MCQ: Algorithm that defines which network path, or paths, are allowed for each packet, is known as

  1. Routing algorithm
  2. Switching algorithm
  3. Blocking algorithm
  4. Networking algorithm

A

MCQ: Routing algorithm can allow packets to use resources in increasing partial order, first traversing up tree until they reach some

  1. Most common ancestor
  2. Least common ancestor
  3. Least common decestor
  4. Most common decestor

B

MCQ: Paths that have an unbounded number of allowed nonminimal hops from packet sources, this situation is referred to as

  1. Unblocking
  2. Blocking
  3. Livelock
  4. Deadlock

C

MCQ: Entire routing path is precomputed by source, possibly by table lookup, placed in packet header for

  1. Source routing
  2. Destination routing
  3. Source switching
  4. Destination switching

A

MCQ: To pipeline packet transmission across circuit using staging at each hop along path, a technique known as

  1. Livelock avoidance
  2. Circuit switching
  3. Pipelined circuit switching

D