Homework 5MyaReid

Mya Reid Speed F-4: The FEDPAS System shall display streaming imagery from selectable sensors. F-10: The FEDPAS System shall enable command and control operators to direct the movement and location of system resources. P-2: The FEDPAS System shall display video and still pictures within 1 second of capture. D Interference Resistance E-16: The FEDPAS System shall prevent the entry of unauthorized users into all FEDPAS systems with a success rate of at least 95%. E-17: The FEDPAS System shall detect threat intrusions of all information systems with a success rate of at least 90%. E-18: The FEDPAS System shall remove at least 50% of threats resident within system information systems without causing a fatal system crash. E- 19: The FEDPAS System shall isolate at least 90% of threats resident within system information systems without causing a fatal system crash. E Latency P-4: The FEDPAS System shall store all collected imagery from an emergency weather event lasting at least two weeks. P-5: The FEDPAS System shall archive all collected imagery, data, and communications from every emergency weather event. F-3: The FEDPAS System shall archive all imagery collected for later retrieval. F-4: The FEDPAS System shall display streaming imagery from selectable sensors. 5. Weight the selection criteria. (use the Nth-Root Pairwise Comparison method) Criterion 1 Criterion 2 Most Important Level of Importance A B A 7 A C A 6 A D D 6 A E A 7 B C A 6 B D Equal 5 B E Equal 5 C D Equal 5 C E E 6 D E D 7 6. Develop utility curves for the selection criteria. Provide the graphs. Row Value Products Nth root of row value products Normalized Weighting Factors 1764 6.42 0.579 42.857 2.74 0.247 1.3889 1.12 0.101 0.08 0.51 0.046 0.0064 0.31 0.028 A B C D E A 1 7 6 6 7 B 1 0.142 6 5 5 C 1 0.167 0.17 5 6 D 1 0.167 0.2 0.2 6 E 1 0.142 0.2 0.167 0.167

Mya Reid Types of Risks Associated Risks Operational  Implementation Challenges: Transitioning to a new telemetry system may involve hurdles such as integration with existing infrastructure, personnel training, and ensuring seamless operational deployment.  Reliability Concerns: While the Cellular-based Telemetry System shows promise, reliance on cellular networks introduces vulnerabilities to network outages, congestion, and signal interference, particularly during high-demand scenarios or in remote areas. Technical  Performance Variability: The real-world performance of the chosen telemetry system may deviate from expected outcomes due to environmental conditions, equipment malfunctions, or software bugs.  Scalability Issues: As operational demands evolve or expand, the scalability of the chosen system could become a challenge, leading to constraints in handling increased data traffic or supporting additional functionalities. Financial  Cost Overruns: Initial cost estimates for deployment and operation of the Cellular-based Telemetry System may only partially account for unforeseen expenses such as infrastructure upgrades, maintenance, or regulatory compliance.  Budget Constraints: Limited funding or budgetary allocations could hinder the implementation of the chosen telemetry system or compromise its performance and effectiveness. Regulatory and Compliance  Regulatory Changes: Evolving regulations related to telecommunications, data privacy, or emergency response protocols may necessitate adjustments to the chosen telemetry system, potentially leading to delays or additional costs.  Compliance Requirements: Ensuring compliance with regulatory standards and industry best practices, especially regarding data security, privacy, and emergency communications, is critical but could pose challenges if not adequately addressed. Environmental  Geographic Vulnerabilities: Geographic factors such as terrain, weather patterns, and natural disasters could affect the operational effectiveness of the chosen telemetry system, particularly in regions prone to extreme weather events or geopolitical instability.  Supply Chain Disruptions: Dependency on external suppliers for equipment, components, or services may expose the telemetry system to risks associated with supply chain disruptions, geopolitical tensions, or trade conflicts. Stakeholder  Stakeholder Resistance: Resistance from stakeholders, including government agencies, emergency responders, or local communities, to the chosen telemetry system could impede its adoption or lead to delays in implementation.  Political Interference: Political influences, competing agendas, or bureaucratic hurdles may impact decision-making processes, resource allocations, or project timelines, potentially undermining the effectiveness of the chosen telemetry system. References: