Sentence examples for I collision from inspiring English sources

We divided the road into three parts: (i) collision area, (i i) frozen area, and (i i i) incoming car area.

Let (S i,t i +k i T) denote the i th transmission, and i, k i ∈ N. At the i th transmission, the nodes in the set S i transmit the message to nodes in R i at time t i +k i T, where R i denotes the set of nodes that received the message from nodes in S i collision free, and t i is the active time slot of nodes in R i.

In the present paper, essence of design works of electron RI collision experiments and accumulator/cooler ring are described emphasizing the role of stochastic and electron cooling, as well as new scheme of internal target operation.

This problem has been divided into three topics: (i) collision-free trajectory planning of a space manipulator mounted on a large orbital structure (such as a space station), (ii) collision-free trajectory planning of a manipulator mounted on a relatively small satellite, and (iii) collision-free trajectory planning of a space robot moving in proximity to a large orbital structure.

Since the probability of avoiding collisions from the i collision-set-n is (1−p n ) i, the probability to avoid collisions from all the collision-set-n can be calculated as Pr(no collision from collision-set n ) = ∑ i = 0 N − 1 n Pr ( X = i ) · ( 1 − p n ) 1. (31).

Let d n (i) represent the quantity of readers affected by i collision-set-n's and let X be the random number of collision-set-n, the discrete probability distribution of X is characterized by the following probability mass function: Pr ( X = i ) = d n ( i ) N, (30).

A packet could be lost due to the following reasons: (i) a collision, (ii) the channel is sensed busy more than five consecutive times [9], (iii) the available time ends before the channel is sensed idle.

Ions used here are 100 keV Ne and Ar, and it is shown that the elastic collisions (i.e., collisions between ions and target atoms, and between target atoms without electronic excitation and ionization) play a major role.

Radar would have been a big help, but even without i serious collisions were rare.

Since the clusters in the latter category are all perfectly event-synchronised, the members of C i face collisions only when any STA of C i begins to transmit while any other cluster transmits at the same time.

Is the collision of intuition and big data useful?