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Previous year question hub

Basic Image Classification and Segmentation - Image Processing and Analysis - Geomatics Engineering Previous Year Questions

Practice Basic Image Classification and Segmentation - Image Processing and Analysis - Geomatics Engineering previous year questions organised from real papers, with year-wise coverage and clear topic navigation.

5Papers
5Years
20Questions
1Topics

Basic Image Classification and Segmentation question pattern

Every graph below is calculated only from this selection.

Questions by year

Year-wise coverage for Basic Image Classification and Segmentation. Each bar uses a separate theme-derived color.

Difficulty distribution

How the classified questions are distributed by difficulty.

Easy 14 70%
Medium 6 30%

Question type distribution

MCQ, numerical, multiple-select and other formats found in these papers.

MCQ 12 60%
MSQ 5 25%
Numerical Answer Type (NAT) 3 15%

Subject weightage

Top subjects by unique question coverage.

Geomatics Engineering
20 Qs

Most asked topics

Top topics across the included previous year papers.

Image Processing and Analysis
20 Qs

Subtopic coverage

Top subtopics inside this exact selection.

Basic Image Classification and Segmentation
20 Qs

Paper coverage

Question coverage for the most populated papers. Every active PYP paper remains listed below.

Geomatics Engineering (GE) 2026
3 Qs
Geomatics Engineering (GE) 2025
4 Qs
Geomatics Engineering (GE) 2024
4 Qs
Geomatics Engineering (GE) 2023
4 Qs
Geomatics Engineering (GE) 2022
5 Qs

Included previous year papers

Newest papers appear first. Sort by year, question coverage or name.

PaperYear / sessionQuestions in this viewOpen
Geomatics Engineering (GE) 202620263View paper
Geomatics Engineering (GE) 202520254View paper
Geomatics Engineering (GE) 202420244View paper
Geomatics Engineering (GE) 202320234View paper
Geomatics Engineering (GE) 202220225View paper

All Basic Image Classification and Segmentation previous year questions

Practice every matching question in batches of 20, with every available option.

1
2024 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2024

Which of the following statements is/are CORRECT for satellite image interpretation?

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2
2024 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2024

Which of the following CANNOT be used as visual interpretation key(s) for satellite images?

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3
2024 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2024

In the context of satellite image classification, which of the following statements is/are CORRECT?

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4
2024 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2024

Which of the following statistical classification algorithms is/are represented by the figure given below?

Source question diagram

Source question diagram

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5
2025 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2025

Which one of the following image processing methods employs standard deviation?

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6
2025 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2025
In supervised digital image classification, the number of combinations to be evaluated to select three best bands out of five bands is ______ (Answer in integer).
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7
2025 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2025
Figure below shows the scatterplot of training pixels of water (w), sand (s), forest (f) and commercial (c) in bands 1 and 2. Pixel 'A' having digital number 4 and 6 in band 1 and band 2, respectively, is to be classified using k-nearest neighbor classifier having the value of k equal to 5. The assigned class for the pixel 'A' is ______.
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8
2025 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2025
The error matrix resulting from randomly selected test pixels for a classified image is given below. The Producer’s accuracy of class 1 is __________% (rounded off to 1 decimal place).

Question diagram

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9
2022 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2022

Choose the CORRECT statement(s) in case of visual image interpretation.

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10
2022 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2022
The correlation coefficient between two bands of remote sensing data that would yield good classification is
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11
2022 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2022
Choose the INCORRECT statement about image segmentation in digital image processing.
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12
2022 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2022
Select the CORRECT sequence for supervised classification of satellite image
(i) Classification
(ii) Training
(iii) Accuracy assessment
(iv) Radiometric/geometric correction
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13
2022 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2022
The overall image classification accuracy (in percentage) calculated from the following error matrix is ______ (in integer).

Question source image

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14
2023 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2023

The purpose of thresholding in supervised classification is

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15
2023 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2023
The minimum number of 2-dimensional ground control points (GCP’s) required for second order polynomial mapping for image georeferencing is:
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16
2023 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2023
The contingency table as given below is obtained after an image classification. The overall classification accuracy (O) is given as
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17
2023 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2023

Divergence analysis in classification is used:

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18
2026 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2026
A typical conditional function has the form: \[ Output = CON (test, out if true, out if false) \] What will be the reclassified output if the following conditional reclassification function \[ Output = CON (Layer P < 3, Layer Q, Layer R) \] is applied on the three input raster layers P, Q, and R?
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19
2026 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2026
Which of the following statements in the context of image-to-image registration is/are CORRECT?
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20
2026 · Geomatics Engineering · Image Processing and Analysis · Basic Image Classification and Segmentation
Geomatics Engineering (GE) 2026
An image analyst classifies an image into three classes, namely, water, vegetation and urban, using a simple classification technique. Using the reference data (ground truth) and classified data, the analyst prepares an error matrix, as shown in the table, and calculates accuracy values (Rounded off to the nearest integer value). Which of the following options is/are CORRECT?

Question diagram

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