Research Article
Combined Safety and Coordination of Connected Automated Vehicles in Merging Area with Featuring Optimal Merging Positions
Table 1
The implementation algorithm of the proposed model.
| Algorithm |
| 1. Initializing the Network | ① IDM parameters setting | , , | ② ACC parameters setting | , , , | ③ Vehicles generating | Volume ← 3000 | Statistical characteristics of traffic flow ← Poisson distribution | On-ramp area ← | ④ Simulation time setting | , step size ← | Starting simulation: , go to step 2. |
| 2. Calculate the range of the insertable gap: | , go to step 3. |
| 3. ① Calculate the min possible value of the gap | ② Put all in the set , go to step 4. |
| 4. ① Set n = 1 | ② Take from G and get , , go to step 5. |
| 5. ① Calculate the merging speed and get the median value | ② Calculate the merging position | ③ Compare and the position of ⟶ Choose ‘Situation’ | ④ Compare and ⟶ Choose ‘Sub-situation’ | ⑤ Compare and ⟶ Choose ‘Case’, go to step 6. |
| 6. ① Calculate and analyze driving scheme ⟶ Based on (14) and (15) | ② If there’s a solution, end; otherwise, set n = n+1, go to step 4-②. |
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