Instead of hunting for a PDF, use these tools to validate your logic:
Problem type: Free space path loss at 2.4 GHz, distance 1 km, ( G_t = G_r = 0 ) dBi.
Your solution framework:
Check: Free space path loss at 2.4 GHz for 1 km is ~100 dB – correct.
Wireless problems often involve empirical models (like the Okumura or Hata models). Sometimes, solutions can vary based on assumptions or chart interpretations. Use the manual as a guide, not an absolute truth, especially when dealing with graphical data.
Instead of hunting for a PDF, use these tools to validate your logic:
Problem type: Free space path loss at 2.4 GHz, distance 1 km, ( G_t = G_r = 0 ) dBi. Instead of hunting for a PDF, use these
Your solution framework:
Check: Free space path loss at 2.4 GHz for 1 km is ~100 dB – correct. Problem type: Free space path loss at 2
Wireless problems often involve empirical models (like the Okumura or Hata models). Sometimes, solutions can vary based on assumptions or chart interpretations. Use the manual as a guide, not an absolute truth, especially when dealing with graphical data. Your solution framework:
Odisha Space Application Center (ORSAC)
Plot no. 45/48 (Part), Jayadev vihar, Unit-16, near Gopabandhu Academy of Administration, Chandrasekharpur, Bhubaneswar, Odisha 751023
(0674)2303625 / 3293545, Fax : (0674)2300681
