1-what is the differnce betwen min filter and max filter
2-average filter vs median filter
Ans 2- min filter and max filter
Morphological image processing is a technique introducing operations for transforming images in a special way which takes image content into account. The most common morphological operations are minimum (also known as dilation) and maximum (erosion) filters. The minimum filter extends object boundaries, whereas the maximum filter erodes shapes on the image.
average filter vs median filter
The mean filter is a simple sliding-window spatial filter that replaces the center value in the window with the average (mean) of all the pixel values in the window. The window, or kernel, is usually square but can be any shape. An example of mean filtering of a single 3x3 window of values is shown below.
The median filter is also a sliding-window spatial filter, but it replaces the center value in the window with the median of all the pixel values in the window. As for the mean filter, the kernel is usually square but can be any shape. An example of median filtering of a single 3x3 window of values is shown below.
1-what is the differnce betwen min filter and max filter 2-average filter vs median filter
Given the min-max normalization formula is given as follows: New value = [(value - min)/(max-min)] * (new_max - new_min) + new_min. 1. Consider we have values of age attribute in the range of 20-80. Normalise an age value 30 using the min-max normalization into [10,20). 2. The ages of 5 individuals are (20,30,25,50,25). Normalise the average of these individuals using the min-max normalisation into [0,1].
Iz(max) 1 (max).IVes(max)-vzl-Ic(min) [Vps(min)-Vz] Vps(min)-0.90 z-0.1V ps(max) for Iz(min) = 0.11z(max) Vps (max) -V, R Iz(max)+1(min) R. • A Zener diode is connected in a voltage w + regulator circuit as shown in the Figure. The Zener voltage is Vz = 9V. V VZ • Determine the value of Ri such that the Zener diode remains in break down in the following two situations: If the load current varies from I = 50 to 500 mA and If the input...
1. I need help with figuring out the numbers for Min, Q1, Median, Q3, Max, the Outliers and the Frequency. 2. I also need help to present these in 3 visuals: Create at least three visuals using your data. Visuals must include two visuals where central tendency and outliers can be seen: Histogram Box and Whisker plot Note: If you have outliers, make sure you create one visual with the outlier(s) and one without the outlier(s). Visuals must include a...
Given: Omega pass= 50Khz, Omega stop=150Khz, Alpha max=0.5 dB, Alpha min=40 dB, design a cheb filter. Find: 1.Epsilon 2. n (the degree of the transfer function) 3. Pole values 4. Q value for each stage 5. transfer function
Subject: Algorithm. solve only part 3 and 4 please. 2.2 Selection- 5 points each 1. Run the simultaneous min-and-max algorithm on the array A 4, 2, 12, 6, 13,9,15). (16, 7, 10, 1,5, 11,3,8, 14, 2. Explain why the above algorithm is better than the naive algorithm for finding minimum and maximum separately. How many comparisons does the naive algorithm do? How many comparisons does the simultaneous min and max do? 3. Use the randomized select algorithm based on partition...
(c++) Using reference variables, calculate the min, max, and average values of a vector of doubles in a function called MinMax. This function will not return any data through the return type. Instead, all values must be returned via reference parameters. Make sure that you pass the parameters in the correct order: vector, min, max, and average.
Find interquartile range Find the mean deviation from the mean and median Min Max No. of people 1000 2000 28 2000 3000 52 3000 4000 45 4000 5000 35 5000 6000 63 6000 7000 130 7000 8000 110 8000 9000 62 9000 10000 55 10000 11000 38 11000 12000 35 12000 13000 50 13000 14000 55 14000 15000 88 15000 16000 60 16000 17000 35 17000 18000 30 18000 19000 22 19000 20000 7
Women’s salaries (thousands of pounds) Men’s salaries (thousands of pounds) Min 22 26 Median 26.5 30.5 Max 33 36 Mean 27.1 31.7 SD 3.4 3 IQ range 6 3 Range 11 10 a (ii) Is this an example of continuous or discrete data? (iii) Use the two measures of location to say which gender has the er salary on average (iv) Use all three measures of spread to say which gender has the greater variability in their salary (b) (i)...
Call: lm(formula = launch_speed ~ launch_angle, data = muncy) Residuals: Min 1Q Median 3Q Max -64.802 -9.009 2.401 10.821 20.709 Coefficients: Estimate Std. Error t value Pr(>|t|) (Intercept) 86.95164 0.78064 111.385 < 2e-16 *** launch_angle 0.20804 0.02865 7.261 1.77e-12 *** --- Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1 Residual standard error: 13.74 on 438 degrees of freedom Multiple R-squared: 0.1074, Adjusted R-squared: 0.1054 F-statistic: 52.72 on 1 and 438 DF, p-value:...
A4 (a) Given below the electrical characteristics of an IC X. V.(min)=2.2V; V1(max)=0.85V; VOH(min) =3.0V; VoL(max) = 0.35V. Find () the High-Level Noise Margin (Vu); (ii) the Low-Level Noise Margin (VNL); (iii) the overall Noise Margin of the IC X. (1.5 marks) (1.5 marks) (1 mark) (b) Refer to the following timing diagram of the same IC X. Given tphL 11ns and tolu = 9ns, calculate the propagation delay of the IC X. (3 marks) 1 Input 0 1 Output...