Dataset: Orbit Classification For Prediction / NASA

About this Dataset

Orbit Classification For Prediction / NASA

DATA FOR ORBIT CLASS PREDICTION

It is based on prediction process.
Data was generated without including unnecessary columns.

INLUCED:

a (AU) -- Semi-major axis of the orbit in AU
e -- Eccentricity of the orbit
i (deg) -- Inclination of the orbit with respect to the ecliptic plane and the equinox of J2000 (J2000-Ecliptic) in degrees
w (deg) -- Argument of perihelion (J2000-Ecliptic) in degrees
Node (deg) -- Longitude of the ascending node (J2000-Ecliptic) in degrees
M (deg) -- Mean anomoly at epoch in degrees
q (AU) -- Perihelion distance of the orbit in AU
Q (AU) -- Aphelion distance of the orbit in AU
P (yr) -- Orbital period in Julian years
H (mag) -- Absolute V-magnitude
MOID (AU) -- Minimum orbit intersection distance (the minimum distance between the osculating orbits of the NEO and the Earth
class -- Object classification

CLASS:

AMO*
APO
APO*
ATE
ATE*
IEO*

Tables

Classast Pha

@kaggle.brsdincer_orbitclassification.classast_pha

140.72 KB
1748 rows
12 columns


CREATE TABLE classast_pha (
  "a_au" DOUBLE,
  "e" DOUBLE,
  "i_deg" DOUBLE,
  "w_deg" DOUBLE,
  "node_deg" DOUBLE,
  "m_deg" DOUBLE,
  "q_au" DOUBLE,
  "q_au_a0cbe4" DOUBLE,
  "p_yr" DOUBLE,
  "h_mag" DOUBLE,
  "moid_au" DOUBLE,
  "class" VARCHAR
);