Question: What is the primary purpose of providing SSR STEC (Slant Total Electron Content) Corrections to a GNSS receiver in an E-UTRAN network?
Option 1: To compute ionosphere slant delay correction for code and phase measurements on a per satellite basis, enhancing positioning accuracy.
Option 2: To predict solar flare events that could impact GNSS signal reception quality.
Option 3: To adjust the transmission power of nearby cell towers to mitigate interference with GNSS signals.
Option 4: To provide an alternative positioning method when GNSS signals are unavailable.
Explanation: SSR STEC Corrections improve GNSS-based positioning accuracy in E-UTRAN by compensating for ionospheric delays affecting signal travel time. Applying these corrections to code and phase measurements per satellite enables more precise location fixes, enhancing overall positioning accuracy.