We report high-precision atmospheric parameters for 1907 stars in the N2K low-resolution spectroscopic survey , designed to identify metal-rich FGK dwarfs likely to harbor detectable planets .
284 of these stars are in the ideal temperature range for planet searches , T _ { eff } \leq 6000 K , and have a 10 \% or greater probability of hosting planets based on their metallicities .
The stars in the low-resolution spectroscopic survey should eventually yield > 60 new planets , including 8-9 hot Jupiters .
Short-period planets have already been discovered orbiting the survey targets HIP 14810 and HD 149143 .