Concept explainers
Explanation of Solution
Violation of privacy rights:
The privacy right to protect the personal information and fundamental matters are first violated.
With the development of technology, it is possible to view a virtual representation of road maps with the help of websites and smartphone apps. These provide a particular addresses and capability to zoom a view up to a far extent.
Due to the development in this manner, the possibility to obtain a detailed image of individual building and surrounding landscape increases.
The advancement of technology can cause the development of software and smart phone applications which are able to provide access to an infrared real time video of a particular person. This advancement in the technology can cause breach of security of others. Any person can watch others in any extent possible due to this technology. In this progression, rights to protect the personal information or fundamental matters are first violated.
Advancement of technology beyond the capabilities of current spy satellite technology:
The spy satellite is an observation satellite which is used generally in special military purposes...
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Computer Science: An Overview (12th Edition)
- Correct answer will be upvoted else downvoted. Computer science. explorer might want to visit however many urban communities of this nation as could be expected under the circumstances. At first, they will pick some city to begin their excursion from. Every day, the explorer should go from the city where they presently are to an adjoining city utilizing one of the streets, and they can come a street provided that it is coordinated a similar way they are heading; i. e., if a street is guided from city I to the city i+1, it is feasible to make a trip from I to i+1, yet not from i+1 to I. After the voyager moves to an adjoining city, all streets shift their bearings to the contrary ones. On the off chance that the explorer can't go from their present city to an adjoining city, their excursion closes; it is likewise conceivable to end the excursion at whatever point the voyager needs to. The objective of the explorer is to visit whatever number various urban areas as would be prudent…arrow_forwardIs that so? Disparate coordinate systems cannot be shown on a same map. Data from many coordinate systems may be shown on a single map using GIS software. It's possible that your map layers won't line up since each layer uses a different coordinate system. There is no upperarrow_forwardPractice Test Question #1: You want to solve a simplified 4x4 version of the Sudoku game with the following grid configuration (image attached): (a) Show the first ten steps of backtracking search on the sample provided, where you order the variables in increasing order first by row, then by column (in English reading-order), and the values from lowest to highest (1 to 4). Recall that backtracking search uses a depth-first strategy to expand the search tree. (b) Show the first ten steps of backtracking search on this problem with one-step forward checking, with the same variable ordering.arrow_forward
- When do you plan to start using email, and how soon do you anticipate starting? A linear path is followed by an email, starting with the sender and finishing with the receiver of the message. Your results should be documented in great detail. Are there any possible explanations for the differences, and if so, what are they? Imagine a varied collection of models, each of which presents its own unique set of difficulties (or abstractions).arrow_forward. Draw a timeline diagram for the sliding window algorithm with SWS = RWS = 3 frames, for the following two situations. Use a timeout interval of about 2 × RTT. (a) Frame 4 is lost. (b) Frames 4 to 6 are lost.arrow_forwardThe truth is... Different data layers in different coordinate systems can't be shown on a map. On a single map, a GIS programme may overlay data from many coordinate systems. As each map layer uses a different set of coordinates, it's possible that your layers won't line up perfectly. Not even the skyarrow_forward
- A wide variety of everyday objects (including attractions at amusement parks, autos, elevators, and ovens) are really computers or information systems these days. The typical person would not connect them to a computer or database. The benefits are obvious, but are there any downsides to consider? As an example, if you rode a computer-controlled roller coaster, how confident would you be in its safety? As more and more mundane tasks are automated by computers, we have to ask whether the benefits are worth the cons. If so, then explain why.arrow_forwardSuppose you are given an image of stellar events which are simply three bright dots or points in different locations in the spatial domain. Your task is to measure the brightness of each point but unfortunately the imaging system being used has an intensity distorting effect that yields a constant multiplicative effect, K, on the image in the spatial domain. That is, faistorted (x, y) = K x original image a) Provide a simple model for fäzorted(x.y) assuming ideal points each with a given intensity, A1, A2 and As located at (x1.y1), (x2 Y2), and (x3. Y½), respectively. b) Give an enhancement process similar to homomorphic filtering to give you the best chance of accurately measuring the brightness of the points i.e. estimating A1, A2 and As.arrow_forwardThe following question are intended as a guide to the ethical/social/legal issues associated with the field of computing. The goal is not merely to answer these question. You should also consider why you answered as you did and whether your justifications are consistent from one question to the next. In the context of interactive television, to what extent should a company be allowed to retrieve information from children (perhaps via an interactive game format)? For example, should a company be allowed to obtain a child's report on his or her parents' buying patterns? What about information about the child?arrow_forward
- The critical thinking questions are intended to facilitate learning at the evaluating level. Please answer these questions to the best of your knowledge and ability. 1. What are some situations in which we do use broadcasts as a mechanism for locating targets in our daily lives? 2. Processing a million observations each second generates computational complexity. Imagine a future where all vehicles and pedestrians on the road could be guaranteed to have responders that would respond to queries from nearby cars. Can this simplify obstacle detection by autonomous vehicles? If yes, suggest some ways.arrow_forwardThere are many sensors on a wind turbine, based on each sensor's reading many alerts are generated as (start, end). For easier monitoring, our customer is asking to raise alerts on the turbine level instead of on each sensor. If any sensor is having an alert, there should be an alert for the entire wind turbine. Suppose the alerts created with two sensors readings are [(0,3),(5,10),(1,4),(10,15)], then the turbine level alert should be [(0,4),(5,15)]. Return the alerts sorted by the start timestamp. If there is no alert from the sensor level, return an empty array []. Code needs to be in Python?arrow_forwardThe automation in our lives has changes much, and so as in our purchasing and selling approaches. Big food chains and Pizza makers are also in quest of means to automate their production so that best and quick services can be provided to the customers. A company called “Eating Bytes” has gone one step forward. The company is planning to use the self-driving cars for their orders delivery. Furthermore, the company has taken its entire kitchen to the inside of the driverless car. Once an order is received from a customer, the car will be heading towards the destination and in the meantime the pizza will be baked, prepared and packed within that car. So, from order taking to order delivery, all the processes have been automated. Identify the Objects and draw a Sequence diagram for the above scenario that how the different objects interact and communicate among each other.arrow_forward
- Principles of Information Systems (MindTap Course...Computer ScienceISBN:9781285867168Author:Ralph Stair, George ReynoldsPublisher:Cengage Learning