| Title | A SimPy-based Simulation Testbed for Smart-city IoT Applications |
|---|---|
| ID_Doc | 38128 |
| Authors | Karanjkar, N; Tejasvi, PC; Amrutur, B |
| Title | A SimPy-based Simulation Testbed for Smart-city IoT Applications |
| Year | 2019 |
| Published | |
| Abstract | A real-time testbed that emulates a large number of IoT end-points generating traffic to the middleware/application layers can be used for debugging and performance evaluation of the smart-city software platforms prior to deployment. We propose an architecture for such a simulation testbed based on Python's SimPy library. The simulated IoT end-points communicate with the middleware in real-time and can also interact directly with each other and with a common shared environment. This makes the testbed particularly suited for modeling system-wide scenarios such as synchronized faults and power outages. |
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