An electrocardiogram analysis apparatus comprising: an analysis part configured to analyze an electrocardiogram waveform collected from a subject; and an output part configured to output an electrocardiogram analysis report based on an analysis result of the electrocardiogram waveform, wherein the analysis part calculates a measurement value based on each of a limb lead waveform and a chest lead waveform included in the electrocardiogram waveform, and the output part includes: a frontal plane output unit configured to output the limb lead waveform and information in the shape of a circle graph about the measurement value calculated from the limb lead waveform; and a horizontal plane output unit configured to output the chest lead waveform and information in the shape of a circle graph about the measurement value calculated from the chest lead waveform; wherein the measurement value is selected from the group consisting of a wave height or width of a P wave, a Q wave, an R wave, an S wave, a T wave, and a QRS wave, a PR interval, a QT interval, a QTc interval, and an ST level; characterized in that each circle graph comprises an arc connecting the points at which the measurement value is zero with respect to each respective lead, the respective points of the arc being equidistant from a predetermined center point corresponding to the position of the heart; wherein for each of the limb leads and the chest leads, the frontal plane output unit and the horizontal plane output unit output the information about the measurement value in the respective circle graph at a position on an output surface spaced apart by a distance corresponding to the size of the measurement value in a direction from the predetermined center point to the relevant lead waveform, wherein when the measurement value is positive, the information about the measurement value is plotted outside the arc, and when the measurement value is negative, the information about the measurement value is plotted inside the arc; and wherein the horizontal plane output unit is configured to output the chest lead waveform and information about the measurement value in an arrangement which corresponds to the position of the corresponding chest electrode when viewed from the lower side of a human body with the back directed downward. an analysis part configured to analyze an electrocardiogram waveform collected from a subject; and an output part configured to output an electrocardiogram analysis report based on an analysis result of the electrocardiogram waveform, wherein the analysis part calculates a measurement value based on each of a limb lead waveform and a chest lead waveform included in the electrocardiogram waveform, and the output part includes: a frontal plane output unit configured to output the limb lead waveform and information in the shape of a circle graph about the measurement value calculated from the limb lead waveform; and a horizontal plane output unit configured to output the chest lead waveform and information in the shape of a circle graph about the measurement value calculated from the chest lead waveform; a frontal plane output unit configured to output the limb lead waveform and information in the shape of a circle graph about the measurement value calculated from the limb lead waveform; and a horizontal plane output unit configured to output the chest lead waveform and information in the shape of a circle graph about the measurement value calculated from the chest lead waveform; wherein the measurement value is selected from the group consisting of a wave height or width of a P wave, a Q wave, an R wave, an S wave, a T wave, and a QRS wave, a PR interval, a QT interval, a QTc interval, and an ST level; characterized in that each circle graph comprises an arc connecting the points at which the measurement value is zero with respect to each respective lead, the respective points of the arc being equidistant from a predetermined center point corresponding to the position of the heart; wherein for each of the limb leads and the chest leads, the frontal plane output unit and the horizontal plane output unit output the information about the measurement value in the respective circle graph at a position on an output surface spaced apart by a distance corresponding to the size of the measurement value in a direction from the predetermined center point to the relevant lead waveform, wherein when the measurement value is positive, the information about the measurement value is plotted outside the arc, and when the measurement value is negative, the information about the measurement value is plotted inside the arc; and wherein the horizontal plane output unit is configured to output the chest lead waveform and information about the measurement value in an arrangement which corresponds to the position of the corresponding chest electrode when viewed from the lower side of a human body with the back directed downward.