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Write an m-file "distan.m" which does all the following operations:
(i) computes 10 dimensional histogram of an input image h1=sum(hist(imn,10)'); (ii) computes negative image and its histogram (iii) normalizes vectors h1, h2 such that the integral of each is 1 Why does it have to be normalized? (iv) displays both histograms (v) computes similarity between two histograms using euclidean distance, histogram intersection, correlation, chi-square
function distan(im) imn=imnorm(im)/255.0; h1=? h1n=? imnn=? h2=? h2n=? %euclidean he=sqrt(sum((h1-h2).^2)) %correlations hc=? %intersection, use min function hh=? %chi-square, use sum function hch=? How do the distances differ?
Name the three modes used by the DMA processor to transfer data? The three modes are:- a) Signal transfer mode (cycling stealing mode) b) Block transfer mode c) Demand
how electromagnetic wave transmitted from the ground are bent back towards the earth when they enter a layer of ionosphere?
Design a low noise amplifier using an Infineon RF transistor BFP640. The amplifier is to be used to amplify the L2 GPS signal and so the centre frequency is 1227MHz and bandwidth 4
Q. Explain about 'Emitter Follower'? EMITTER FOLLOWER : An emitter follower circuit shown in the figure is widely used in AC amplification circuits. The input and output of the
Astigmation control: In most modern oscilloscopes there is an additional focusing control marked Astigmation . This is used to correct an effect which exactly is analogous to
Q. Linear and position invariant? Assume that the model illustrated below is linear and position invariant. Also the noise and the image are uncorrelated. Show that the powe
how do i figure up the resistance on Alumel and chromel wire stranded .080 dia 19 stands?
Q. Determine the equivalent capacitance at terminals A-B for the circuit configurations shown in Figure.
A dc machine, operating as a generator, develops 400 V at its armature terminals, corresponding to a field current of 4 A, when the rotor is driven at 1200 r/min and the armature c
Draw the block diagram of TDM-PCM system. Explain each block. Calculate the bit rate at the output of this system
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