text: 56 views
  Let cluster of stations share 48kbps of pure aloha channel. Every station outputs frame of length 1024 bit in every 50 seconds. Then what is the maximum value of number of stations?
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  thanks, MiNiPanda sir.
  
  0
  
  @Utkarsh Joshi student hun :P
  
  0
  oh okay! :)
  0
  Thanks mate! :)
  
  @minipanda @utkarsh
  
  Aloha is not in syllabus now noe?
  
  0
  The official Gate syllabus doesn't mention it but it's safer to know a bit..
  Since its pure aloha. So max Bandwidth utilization is 18% of 48Kbps.
  And its given, Each station transmits
  
  1024 bits in 50 seconds
  
  $\therefore$ In 1 second --- $\frac{1024}{50}$ bits
  Let's say there are N stations.
  
  So N*$\frac{1024}{50}$=18% of 48*1000
  
  N=$\left \lfloor 421.875 \right \rfloor$
  
  $\therefore$ N=421
  
  1
explanation: The text extract contains a math question related to the Aloha protocol in computer networks. It also includes an answer to the question, explaining the steps to calculate the maximum number of stations that can share a 48 kbps pure Aloha channel.
distilabel_metadata.content: Evaluate the user given text extract and determine if it contains a math question and optionally and answer to this question.
  
  Output rules:
  
  1. Briefly describe the document and mention if it contains a question or a question and answer.
  2. Finalize the output with: Label: no-question,question,question-and-answer,multiple-question,multiple-question-and-answer
distilabel_metadata.role: system
distilabel_metadata.content: 56 views
  Let cluster of stations share 48kbps of pure aloha channel. Every station outputs frame of length 1024 bit in every 50 seconds. Then what is the maximum value of number of stations?
  +2
  0
  
  thanks, MiNiPanda sir.
  
  0
  
  @Utkarsh Joshi student hun :P
  
  0
  oh okay! :)
  0
  Thanks mate! :)
  
  @minipanda @utkarsh
  
  Aloha is not in syllabus now noe?
  
  0
  The official Gate syllabus doesn't mention it but it's safer to know a bit..
  Since its pure aloha. So max Bandwidth utilization is 18% of 48Kbps.
  And its given, Each station transmits
  
  1024 bits in 50 seconds
  
  $\therefore$ In 1 second --- $\frac{1024}{50}$ bits
  Let's say there are N stations.
  
  So N*$\frac{1024}{50}$=18% of 48*1000
  
  N=$\left \lfloor 421.875 \right \rfloor$
  
  $\therefore$ N=421
  
  1
distilabel_metadata.role: user
distilabel_metadata.raw_output_q_a_detector_0: The text extract contains a math question related to the Aloha protocol in computer networks. It also includes an answer to the question, explaining the steps to calculate the maximum number of stations that can share a 48 kbps pure Aloha channel.
  
  Label: question-and-answer