More Problems

• You are tasked with designing a Greedy algorithm to allocate limited resources in a disaster response scenario where each area has varying levels of need and infrastructure. Maximize resource effectiveness while minimizing resource wastage.
• Design a Greedy algorithm to allocate seats in a public transportation system where each passenger has different seating preferences and priorities. Maximize passenger satisfaction while minimizing empty seats.
• You are tasked with allocating public health resources to regions with varying infection rates and healthcare capacity. Design a Greedy algorithm to maximize healthcare coverage while minimizing resource wastage.
• You are tasked with scheduling airport runway usage where each flight has varying takeoff and landing times, fuel constraints, and priority levels. Maximize the number of flights scheduled while minimizing delays.
• Design a Greedy algorithm to allocate construction materials to multiple infrastructure projects where each project has varying timelines and material needs. Maximize the number of projects completed while minimizing resource shortages.
• You are tasked with scheduling concerts at multiple venues where each venue has different seating capacities, costs, and performer preferences. Maximize total ticket sales while minimizing scheduling conflicts.
• Design a Greedy algorithm to allocate limited computing power in a supercomputing environment where each task has varying data processing needs and deadlines. Maximize total task completion while minimizing power usage.
• You are given a set of road repair projects with varying costs, durations, and traffic impacts. Implement a Greedy algorithm to maximize the number of roads repaired while minimizing traffic disruptions.