Feature Roadmap

[DGalanosNTIA]

Near-term:

• JSON input for receiver / transmitter / regulations / beam pattern
• GeoJSON output object for exclusion zone
  • RF off zone object
• Map image output object for exclusion zone
• Revisit input coordinate system
  • Satellite orbit parameters

Mid-term:

• Spectral masks to capture out of band emission characteristics
• Address satellite transit time vs. regulation integration period
• Include IF77
• Pull in ODS data (tentative)

Long-term:

• Address aggregate interference

[DGalanosNTIA]

• Change coordinate system for pointing direction of ground receiver / satellite transmitter from ENU to right accession / declination

  • up is positive for receivers, down is positive for transmitters

• JSON inputs

• new output product that computes statistics by iterating through the following configs

  • fixed receiver location
  • receiver points to random sectors (Ryan will make function that generates matrix of right ascension, declination center points of cell)
  • https://www.itu.int/dms_pubrec/itu-r/rec/s/R-REC-S.1586-1-200701-I!!PDF-E.pdf
  • Repeat sectorization for satellite perspective (Ryan will answer question: how many sectors does the earth occupy for typical satellite height)
  • Toggle tx to RAO beam avoidance on/off in satellite constraints
  • function that describes out of band emissions (Daniel) (page 6 - 7)
  • function that specifies valid i,js of sectors for a given constellation and RAO position.