Sentence examples for electric traffic from inspiring English sources

In 1915, Cleveland received an electric traffic signal.

Latter-day Saints also helped invent the television, the electric traffic light, the artificial heart, the synthetic diamond, and the repeating rifle.

When the first electric traffic lights were introduced in Germany in the 1950s, people sued the authorities in the constitutional court for infringing human dignity by forcing them to obey a machine.

"It's 'You get yours, and I get mine.' " The electric traffic signal is an old technology, devised by an African-American inventor, Garrett Morgan, in 1914 (he also came up with an early version of the gas mask) and first deployed in the city in 1924, on Broadway; today, about twenty-seven hundred intersections in Manhattan are "signalized".

Therefore, the operation and planning of integrated electric and traffic systems is mainly constrained by traffic flows, traffic congestion levels, the road conditions and the potential to extend the road network, user behavior, weather conditions, and other factors [84, 85].  .

Corresponding to the objective functions mentioned above, the integrated electric and traffic system constraints include electric power system constraints (similarly to Sect. 2.2.2) and traffic-related system constraints, with the latter including: 1) Charging station constraints.

Methods for handling uncertainties in an integrated electric and traffic system can be classified into two major categories as follows.

Interval-based methods also play an important role in the optimization and scheduling of integrated electric and traffic systems.

Up to now, many studies have been carried out and different mathematical models have been developed for the operation and planning of integrated electric and traffic systems.

The randomness of EV charging behavior introduces inherent uncertainty to an integrated electric and traffic system, and deterministic planning methods cannot be used.

As discussed above, different models have been established for the operation and planning of integrated electric and traffic systems, and the objective functions generally aim to achieve: 1) Stabilizing the fluctuations of the electric power system [80].