A) Transportation traffic engineering theory
B) Software engineering principles
C) Biological system modeling
D) Electrical circuit theory

A) Topology
B) Abstract algebra
C) Calculus of variations
D) Statistics

A) Information theory
B) Game theory
C) Control theory
D) Queuing theory

A) Eliminating the need for simulations
B) Maximizing bandwidth consumption
C) Increasing hardware complexity
D) Reliable service at lower cost

A) Harry Nyquist
B) Claude Shannon
C) A. K. Erlang
D) Alan Turing

A) Packet-switched networks
B) Circuit-switched networks
C) Satellite networks
D) Wireless sensor networks

A) They are identical to telephone networks
B) They exhibit Markovian properties
C) They use only deterministic arrival processes
D) They do not require statistical modeling

A) Poisson arrival process
B) Deterministic constant process
C) Gaussian distribution
D) Binomial process

A) Law of large numbers
B) Ohm's Law
C) Murphy's Law
D) Law of diminishing returns

A) The law of large numbers
B) Individual behavior of parts
C) Short observation periods
D) Lack of stochastic variability