Use the drop-down menus to answer the questions.

What is the viewing of the physical world with computer-generated layers of information added to it?

vazorg [7]

Answer:

Augmented Reality

Explanation:

<em>Augmented reality</em> enhances the real-world environment through images, sound, and text. Augmented reality is quite different from Virtual reality, because, virtual reality involves the interaction with the computer-generated environment while, Augmented reality models the real-world environment and enhances the results.

Even though it is considered by some as a futuristic technology, MIT Media Lab, particularly the Fluid Interfaces Group in 2009 introduced SixthSense, a device that projects images that can be manipulated using the fingers. Google also introduced the Google Glass in 2013 but pulled back in 2015, it projects images and videos on the user's lens and responds to voice command.

Augmented reality is gradually becoming part of our lives as it is being integrated into mobile devices and equipment.

In conclusion, Augmented Reality gives users the privilege to view the physical world with layers of computer-generated information.

3 0

3 years ago

Dr. Watson has been kidnaped! Sherlock Holmes was contacted by the kidnapper for ransom. Moments later he received a message fro

adelina 88 [10]

Answer:

please mark me brainlist

Explanation:

This algorithm works for n number of strings in python3

Input:

83217

8213897

683147

Output:

837

from itertools import product

import pdb

import numpy as np

def neigh(index):

N = len(index)

for ri in product((0, -1), repeat=N):

if not all(i == 0 for i in ri):

yield tuple(i + i_rel for i, i_rel in zip(index, ri))

def longestCommonSubSequenceOfN(sqs):

numberOfSequences = len(sqs); # to know number of sequences

lengths = np.array([len(sequence) for sequence in sqs]); # to know length of each sequences placed in # array

incrLengths = lengths + 1; # here we are taking no .of sequences +1

lengths = tuple(lengths); # making lengths into tuple to make it mutable

inverseDistances = np.zeros(incrLengths);

ranges = [tuple(range(1, length+1)) for length in lengths[::-1]]; # finding ranges from 1 to each lengths

for tupleIndex in product(*ranges):

tupleIndex = tupleIndex[::-1];

neighborIndexes = list(neigh(tupleIndex)); # finding neighbours for each tupled index value and # store them in list

operationsWithMisMatch = np.array([]); # creating array which are miss matched

for neighborIndex in neighborIndexes:

operationsWithMisMatch = np.append(operationsWithMisMatch, inverseDistances[neighborIndex]);

#appending newly created array with operations miss match and inverseDistances

operationsWithMatch = np.copy(operationsWithMisMatch);

# copying newly generated missmatch indexs

operationsWithMatch[-1] = operationsWithMatch[-1] + 1;

# incrementing last indexed value

chars = [sqs[i][neighborIndexes[-1][i]] for i in range(numberOfSequences)];

# finding a string(chars) with neighbour indexes and checking with other sequences

if(all(elem == chars[0] for elem in chars)):

inverseDistances[tupleIndex] = max(operationsWithMatch);

else:

inverseDistances[tupleIndex] = max(operationsWithMisMatch);

subString = ""; # resulted string

mainTupleIndex = lengths; # copying lengths list to mainTupleIndex

while(all(ind > 0 for ind in mainTupleIndex)):

neighborsIndexes = list(neigh(mainTupleIndex));

#generating neighbour indexes with main tuple index in form of list

anyOperation = False;

for tupleIndex in neighborsIndexes:

current = inverseDistances[mainTupleIndex];

if(current == inverseDistances[tupleIndex]): # comparing indexes in main tuple index and inverse #distance tuple index

mainTupleIndex = tupleIndex;

anyOperation = True;

break;

if(not anyOperation): # if anyoperation is False then we are generating sunString

subString += str(sqs[0][mainTupleIndex[0] - 1]);

mainTupleIndex = neighborsIndexes[-1];

return subString[::-1]; # reversing resulted string

sequences = ["83217", "8213897", "683147"]

print(longestCommonSubSequenceOfN(sequences)); #837

8 0

3 years ago

A technician is configuring a new SOHO multifunction wireless router at a customer's location to provide network access to sever

Leno4ka [110]

Answer:

B. Change the router's default administrative password

Explanation:

The best way to prevent any unauthorized use is to change the password to something more secure using 12 minimum characters and including number, symbols, upper and lower case.

4 0

4 years ago

Last month Joe purchased some stock in Acme Software, Inc. Here are the details of the

fiasKO [112]

Shares_Purchased = 0.0

Amt_PaidPerShare = 0.0

Commission_Percentage = 0.0

Paid_WithoutCommission = 0.0

Commission_Paid = 0.0

Total_Paid = 0.0

Shares_Sold = 0.0

Amt_SoldPerShare = 0.0

Sale_Amount = 0.0

Earned_WithoutCommission = 0.0

Commission_PaidSale = 0.0

Total_Earned = 0.0

ProfitNoProfit = 0.0

#calculation starts from here

Shares_Purchased = float(input("How many shares did you purchase? \n "

"enter in 0.0 form: "))

Amt_PaidPerShare = float(input("How much did you pay per share? \n"

"enter in 0.0 form: "))

Commission_Percentage = float(input("What percentage is your stockbroker \n"

"Charging per transaction? enter in 0.00 form: "))

Paid_WithoutCommission = Amt_PaidPerShare * Shares_Purchased

Commission_Paid = Paid_WithoutCommission * Commission_Percentage

TotalPaid = Commission_Paid + Paid_WithoutCommission

Shares_Sold = float(input("How many shares did you sell? \n "

"enter in 0.0 form: "))

Amt_SoldPerShare = float(input("How much did you sell each share for? \n"

"enter in 0.0 form: "))

Earned_WithoutCommission = Amt_SoldPerShare * Shares_Sold

Commission_PaidSale = Earned_WithoutCommission * Commission_Percentage

Total_Earned = Earned_WithoutCommission - Commission_PaidSale

ProfitNoProfit = Total_Earned - Total_Paid

#printing the output

print ("You paid the following for the shares:")

print (Paid_WithoutCommission)

print ("You paid the following in commissions to your stockbroker for the purchase:")

print (Commission_Paid)

print ("In total, you paid:")

print (Total_Paid)

print ("You sold your shares for the amount of:")

print (Earned_WithoutCommission)

print ("You paid the following in commissions to your stockbroker for the sale:")

print (Commission_PaidSale)

print ("In total, your revenue is: ")

print (Total_Earned)

if ProfitNoProfit > 0:

print ("You have earned a profit of: %s." % ProfitNoProfit)

elif ProfitNoProfit == 0:

print ("You have broken even")

else: print ("You have lost this amount: %s." % ProfitNoProfit)

5 0

3 years ago

How to write "There are four parking spots on campus that may be used only by Nobel Prize winning faculty." this sentence correc

dexar [7]

"On campus there are four parking spots, that may only be used by Nobel Prize winning faculty"

That's how I would write the sentence.

5 0

4 years ago