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Data Science Mini Project

Description of Dataset and Problem Statement

BNG Architecture

This dataset contains data of performance of a broadband gateway network (BNG) device. BNG device is the access point for subscribers, through which they connect to the broadband network. When a connection is established between BNG device and CustomerPremise Equipment (CPE), the subscriber can access the broadband services provided by the Network Service Provider (NSP) or Internet Service Provider (ISP). A network management company monitors the performance of each of the BNG devices to provide better services. The company records different performance measures (PMs) for every 15 minutes. A description of different columns i.e.attributes (PMs) in this dataset is detailed below.

  1. CreationTime: Date and time of the recording of sample

  2. AuthenticateCount: Number of active subscribers authenticated their connection.

  3. ActiveCount: Number of active subscribers connected to the device.

  4. DisconnectCount: Number of active subscribers disconnected from the device.

  5. CPUUtil: contains the % of usage of processor in the device.

  6. MemoryUsed: Total memory in Bytes used in the device

  7. MemoryFree: Total of memory in Bytes free in the device

  8. TempMin: Minimum temperatures among the temperatures recorded from the different slots in the device

  9. TempMax: Maximum temperatures among the temperatures recorded from the different slots in the device

  10. TempAvg: Average temperatures among the temperatures recorded from the different slots in the device

  11. InBandwidth: Total bandwidth utilization in Bytes from the input ports of all the interfaces.

  12. OutBandwidth: Total bandwidth utilization in Bytes from the output ports of all the interfaces.

  13. InTotalPPS: Total packets per second transmitted from the input ports of all the interfaces.

  14. OutTotalPPS: Total packets per second transmitted from the output ports of all the interfaces.


70% of data has been considered for training and remaining 30% of data for testing.

  • Data preprocessing has been performed.
  • Descriptive analytics has been performed to understand the data and infer from the data.
  • Predictive analysis (regressive analysis) has been performed for predicting the InBandwidth using different regression techniques.

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