This framework supports simulating and benchmarking multiple fog locations managed independently within a large-scale distributed system. The framework is highly customizable to include various resource allocation mechanisms that may tradeoff system parameters, such as response time, latency, bandwidth, and availability of resources.
This toolkit provides users detailed configuration options to simulate a large-scale fog network. Re-searchers can incorporate customized mobility models, fog node scheduling algorithms and manage handover mechanisms. This toolkit can benchmark scalability and effectiveness by measuring CPU and memory usage.
This toolkit facilitates the simulation of distributed data center architectures, energy models, and high-speed optical data center communication networks. CloudNetSim++ allows researchers to incorporate custom protocols and applications to analyze realistic data center architectures with network traffic patterns.
This is a sophisticated packet-level simulator for energy-aware cloud computing data centers focusing on cloud communications. It offers detailed, fine-grained modeling of the energy consumed by the data center IT equipment. GreenCloud can be used to develop solutions in monitoring, resource allo-cation, workload scheduling, and network infrastructures.
The Nutshell is designed to diminish flaws and limitations of available cloud simulators by offering: (a) multiple data center networks architectures, like three-tier, fat-tree, and dcell, (b) fine-grained net-work details, (c) realistic cloud traffic patterns, (d) congestion control strategies and analysis, (e) energy consumption, (f) cost estimation, and (g) data center monitoring and analysis.