PUBLISHED PAPERS #08.1
| Ilham Suleymanov. Principles of Building OSPF Topology and Computing Path Selection Algorithm |
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| Abstract. Modern transportation corridors are fundamental for the swift movement of goods along short routes. Digital systems and IP technologies play crucial roles in shaping processes along these corridors. With the application of digital systems, these corridors operate more efficiently and swiftly. IP technologies facilitate rapid and secure information transmission within transportation corridors, ensuring faster, safer, and more efficient processes in the transportation sector. During accidents, natural disasters, smuggling, and other undesirable events on road infrastructures, IP technologies are extensively utilized. IP cameras feed Artificial Intelligence by means of Facial Recognition, license plate reading, determination of vehicle color and model, etc., by sending information to the Central Management System. The proposal for transmitting acquired information follows the router convergence topology of Open Shortest Path First, a digital network protocol used for finding the shortest path based on disseminated information, comparable to navigation instruments guiding us to our desired destination via the shortest route. OSPF features include initiating routing updates upon changes in network topology, ensuring rapid dissemination of network changes, and supporting classless routing by including subnet masks in updates. |
| Keywords: Transportation Corridors, Digital Systems, IP Technologies, Information Transmission, Artificial Intelligence, Facial Recognition, License Plate Reading, Central Management System, Open Shortest Path First (OSPF), Network Topology |
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