QUESTION 1 (weight 50%) Case: Automatic traffic controller Good accessibility is a prerequisite for an efficient and attractive public transportation service. In a large Norwegian city, there is a need for better flow, more public transport lanes, signal prioritization and efficient stops - to reduce travel time and delays. PubTrans is the city mobility provider whose task it is to administrate, market and inform about the public transportation service as well as purchase transport services from independent bus companies. Automatic traffic management (ATM) is a recently started project where the supplier TraffSys has been chosen by PubTrans to develop a traffic management system that will automatically direct the buses that run in the city. PubTrans is the project owner. The main task of the system, with the help of GPS and real-time control, is to ensure that clumps of buses are eliminated (i.e. that an attempt is made to keep the same distance between the buses on a route), and to ensure that passengers are transported as efficient as possible from A to B. TraffSys is a European company with offices in Sweden, England, and Germany. TraffSys provides a wide range of services, including consulting, system development, system integration, technical infrastructure and project management. e) Identify four (4) uncertainties and show how these can be analyzed using a criticality matrix. Discuss what should be emphasized to succeed with the uncertainty management in the project. d) Discuss what the supplier TraftSys can do to build trust with the project owner Pub Trans. Also discuss how the project owner can control the supplier's work? Side 1 av 3