Developing a Smart City Traffic Management System (SCTMS): Scenario A city government is implementing a Smart City Traffic Management System (SCTMS) to reduce congestion, enhance traffic flow, and improve road safety. The system will incorporate real-time data from traffic sensors, manage signal timings, provide route suggestions to drivers, and allow emergency services to access priority routes. The SCTMS must be integrated with existing urban planning systems, scalable for future expansions, and secure to protect sensitive traffic and user data. QUESTION 5 The SDLC process provides a structured framework for SCTMS development to ensure consistency, reliability, and scalability. Answer the following questions. 5.1 Considering the SCTMS requirements for real-time data processing and scalability, which SDLC model would best suit this project (e.g., Waterfall, Agile)? Provide justification for your choice.? Explain your reasoning. 5.2 Identify 5 (five) activities that should be prioritized in the design phase to enable efficient signal timing adjustments and secure data handling in SCTMS. 5.3 Explain how user-centered design principles could be incorporated during prototyping to enhance the user interface for traffic management personnel. 5.4 Identify 5 (five) potential deployment phase risks specific to SCTMS (e.g., system downtime, data breaches) and suggest mitigation strategies for each.
Developing a Smart City Traffic Management System (SCTMS): Scenario A city government is implementing a Smart City Traffic Management System (SCTMS) to reduce congestion, enhance traffic flow, and improve road safety. The system will incorporate real-time data from traffic sensors, manage signal timings, provide route suggestions to drivers, and allow emergency services to access priority routes. The SCTMS must be integrated with existing urban planning systems, scalable for future expansions, and secure to protect sensitive traffic and user data. QUESTION 5 The SDLC process provides a structured framework for SCTMS development to ensure consistency, reliability, and scalability. Answer the following questions. 5.1 Considering the SCTMS requirements for real-time data processing and scalability, which SDLC model would best suit this project (e.g., Waterfall, Agile)? Provide justification for your choice.? Explain your reasoning. 5.2 Identify 5 (five) activities that should be prioritized in the design phase to enable efficient signal timing adjustments and secure data handling in SCTMS. 5.3 Explain how user-centered design principles could be incorporated during prototyping to enhance the user interface for traffic management personnel. 5.4 Identify 5 (five) potential deployment phase risks specific to SCTMS (e.g., system downtime, data breaches) and suggest mitigation strategies for each.
Principles of Information Systems (MindTap Course List)
13th Edition
ISBN:9781305971776
Author:Ralph Stair, George Reynolds
Publisher:Ralph Stair, George Reynolds
Chapter2: Information Systems In Organizations
Section: Chapter Questions
Problem 2CTQ1
Related questions
Question
Transcribed Image Text:Developing a Smart City Traffic Management System (SCTMS): Scenario
A city government is implementing a Smart City Traffic Management System (SCTMS) to reduce
congestion, enhance traffic flow, and improve road safety. The system will incorporate real-time
data from traffic sensors, manage signal timings, provide route suggestions to drivers, and allow
emergency services to access priority routes. The SCTMS must be integrated with existing urban
planning systems, scalable for future expansions, and secure to protect sensitive traffic and user
data.
QUESTION 5
The SDLC process provides a structured framework for SCTMS development to ensure consistency,
reliability, and scalability. Answer the following questions.
5.1 Considering the SCTMS requirements for real-time data processing and scalability, which SDLC
model would best suit this project (e.g., Waterfall, Agile)? Provide justification for your choice.?
Explain your reasoning.
5.2 Identify 5 (five) activities that should be prioritized in the design phase to enable efficient signal
timing adjustments and secure data handling in SCTMS.
5.3 Explain how user-centered design principles could be incorporated during prototyping to
enhance the user interface for traffic management personnel.
5.4 Identify 5 (five) potential deployment phase risks specific to SCTMS (e.g., system downtime, data
breaches) and suggest mitigation strategies for each.
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