A Sequence Detector is a circuit which given an input string of bits generates an output 1 whenever the target sequence (pattern) has been detected. There are two types of sequence detectors: Overlapping: The detector allows overlapping, hence the final bits of one sequence can be the start of another sequence. Non-overlapping: The detector does not allow overlapping, hence a new sequence starts only after the previous sequence is completed. Ex: Detect pattern 101 For non-overlapping case: Input :0110101011001 Output:0000100010000 For overlapping case: Input :0110101011001 Output:0000101010000 Design a sequential circuit (overlapping) with an input 'x' the pattern to bel detected is 01010 For this circuit: 1. Draw the ASM diagram. 2. Construct the state table. 3. Draw the logic circuit for the datapath and control in logisim.

A digital combinational circuit has 4 inputs ABCD that represents a 4 bit binary number,(A is the most significant bit). The output of the circuit will be 1 if the input number is a multiple of 4. If the circuit is implemented using 4X1 multiplexer, then which of the given designs is correct.  What is required is to select the correct image from these images, or if all of the images are incorrect, design a correct one

Sample Input 5 3 89 90 78 93 80 90 91 85 88 86 91 92 83 89 90.5 Sample Output 90.0 91.0 82.0 90.0 85.5 Explanation Marks obtained by student 1: 89, 90, 91 Average marks of student 1: 270/3 = 90 Marks obtained by student 2: 90, 91, 92 Average marks of student 2: 273/3 = 91 Marks obtained by student 3: 78, 85, 83 Average marks of student 3: 246/3 = 82 Marks obtained by student 4: 93, 88, 89 Average marks of student 4: 270/3 = 90 Marks obtained by student 5: 80, 86, 90.5 Average marks of student 5: 256.5/3 = = 85.5

One way to generate the value of Eulers number e is given by the formula   e=limn→∞(1+1/n)^n   Complete the code that calculates the expression inside the limit, that is, (1+1/n)^n, for some value n.

Write the AHDL code to implement acomparator such that the output z is LOW only whenthe input digital_value is between 6 and 11(inclusive).