More Problems

• You are given a set of transportation routes in a city where each route has different passenger demand, travel times, and costs. Implement a Greedy algorithm to maximize the total number of passengers served while minimizing operational costs.
• Design a Greedy algorithm to allocate limited funds to educational programs where each program has varying societal benefits, costs, and student outcomes. Maximize educational impact while minimizing budget overuse.
• You are tasked with scheduling repairs for a national railway system where each section of track has varying traffic volumes, repair costs, and repair times. Maximize the number of repairs completed while minimizing train delays.
• Design a Greedy algorithm to allocate public funds to urban renewal projects where each project has varying public benefits, costs, and completion times. Maximize the total public benefit while minimizing delays.
• You are given a set of jobs in a high-performance computing environment where each job has different memory and CPU requirements. Implement a Greedy algorithm to maximize the total number of jobs completed while minimizing resource conflicts.
• Design a Greedy algorithm to allocate limited bandwidth across multiple communication networks where each network has varying data traffic and user demands. Maximize total network efficiency while minimizing bandwidth congestion.
• You are tasked with scheduling the release of digital products in a global technology company where each product has varying development times, market potential, and profitability. Maximize total revenue while minimizing product launch delays.
• Design a Greedy algorithm to allocate limited water resources in a drought-affected country where each region has varying population sizes, infrastructure, and water needs. Maximize water distribution while minimizing shortages.