IoT solutions have the potential to help both vertical and horizontal industries. When these solutions are used throughout an industry's whole spectrum, a holistic approach is accomplished. This opens up new possibilities in the Internet of Things and adds value to people's lives. Take a look at the situations listed below. Choose two of them and determine if the scenario is a solution for a horizontal market or a solution for a vertical market. Please provide an explanation. An energy management system that automatically changes the temperature of a space in response to the surrounding environment and use patterns. Microchips that are ingested and transmit signals to the doctor to alert him or her that the tablet has been taken

IoT solutions have the potential to help both vertical and horizontal industries. When these solutions are used throughout an industry's whole spectrum, a holistic approach is accomplished. This opens up new possibilities in the Internet of Things and adds value to people's lives. Take a look at the situations listed below. Choose two of them and determine if the scenario is a solution for a horizontal market or a solution for a vertical market. Please provide an explanation. An energy management system that automatically changes the temperature of a space in response to the surrounding environment and use patterns. Microchips that are ingested and transmit signals to the doctor to alert him or her that the tablet has been taken

Principles of Information Systems (MindTap Course List)

13th Edition

ISBN:9781305971776

Author:Ralph Stair, George Reynolds

Publisher:Ralph Stair, George Reynolds

Chapter1: An Introduction To Information Systems

Section: Chapter Questions

Problem 3CTQ2

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When it comes to the use of IoT technologies, both vertical and horizontal sectors stand to benefit. When these methods can be used across many sectors, we have successfully implemented an industry-wide approach. The IoE and its inhabitants profit from this.Take a close look at the provided examples. Pick two and classify them as either horizontal or vertical market approaches. Justify.Automated control of room temperature in response to occupancy and external circumstancesWhen consumed, these microchips send signals to a medical professional.
As an AI practitioner working with IoT, you will need to be familiar with how all of the components of your IoT device and system work together, and you may be responsible for designing and refining the IoT application infrastructure. Using the first three steps described in Analytics for the Internet of Things (IoT) Chapter 2 (p. 62), create a diagram and reference document for an IoT device of your choice. The device can be an existing IoT technology, or it can be one of your own design. For any components of the infrastructure that you are unsure about, make an educated guess. Deliverable 1: Infrastructure diagram (See example diagram, p. 62) 1)Draw a picture of the device. Draw the key sensors in the place they are located and note the sensor type and any limitations. 2)Find out how the device connects to a network: Note the connectivity type on your diagram. 3)Determine what messaging protocol the device uses to communicate. Include this information on your diagram. Deliverable 2:…
We will be able to find IoT examples in all parts of our lives. Use online search to identify a concrete example of an IoT system (existing or futuristic) in each of the following application areas: home, healthcare, transportation, and community (i.e., four examples in total). For each example, provide a description of what the problem is that the IoT solves, how it solves it, who the users are, and what a risk of the example is (e.g., in terms of ethical concerns, privacy, safety, etc.).
Using a health band as an example of a real world use case, this section will discuss the potential and benefits of a LoT oriented approach as opposed to an M2M oriented approach. Review the key differences and similarities between M2M and IoT.
Question 4 Full explain this question and text typing work only thanks As we continue to pursue our study of PKI and learn more about the complexities of its component parts, we want to consider ways in which AI tools might be used to improve PKI operations. What areas of a PKI would you consider candidates for AI?
IoT solutions have the potential to help both vertical and horizontal industries. A holistic approach is achieved when these solutions are utilized throughout the whole spectrum of an industry. Thus, the Internet of Things gains new possibilities and adds value to the lives of individuals. Take a look at the following scenarios. Identify two of them to see whether the situation is a solution for a horizontal market, or a vertical market solution Please give a rationale for your choice. An energy management system that automatically changes the temperature of a space in response to the surrounding environment and use patterns.When swallowed, microchips send a signal to a doctor, alerting him or her that the tablet has been consumed
An RPA supported Chatbot is one of the examples of current research in Intelligent Process Automation. Describe two considerations (positive or negative) you believe would need to be addressed in the development and implementation of an IPA Project, and provide a quick example of each.
As SOA service vendors are likely to be consolidated over time, an IT utility will emerge. In that scenario, most businesses will “buy” computing services instead of maintaining their own in-house computing data centers, much like how business, commercial, and residential customers buy electricity today. What are the potential concerns to service enterprises, which become dependent on the IT utility, insofar as operation and financial risks are concerned?
Why would the introduction of mobile device management solutions be advantageous if it resulted in fewer support systems for students, administrators, and professors? Alternately, may the advantages of more services and better funding be used?
Draw a usage scenario diagram of a university group chatting system given the following requirements. The Admin of the group can create an account, login, create different chat groups according to different disciplines or general such as Data base group, Networking group, Embedded system group, Assignment group, Machine learning group, Artificial Intelligence (AI) group, and Fun group, approve request to enter a group, reject request to enter a group, delete a person from a chat group, devise rules and regulations for each chat group, If a user does not follow the rules and regulations of a certain group then administrator will be able to mute that. The user will be able sign up to the application, join a group of his/her own choice, Upon entering a chat group, general terms and conditions will be provided to user, able to post a message, be able to share a file, be able to use web cam in private chat, be able to start a private chat with another participant, be able to leave a group.
The following case study is related to A Pervasive Health System Integrating Patient Monitoring, Status Logging and Social Sharing conducted by Andreas K. Triantafyllidis. Read them very carefully. A Pervasive Health System Integrating Patient Monitoring, Status Logging and Social Sharing The communication flow concerns four diverse nodes: the mobile device referred to as Mobile Base Unit (MBU), the Sensors, the Back-end Platform, and the External Social Network Platform. The MBU is the system's core part consisting of 5 layers: a) the Personal Health Information Repository, b) the Personal Health Information Controller, c) the Social Networking Controller, d) the Communication Controller, and e) the User Interface. The MBU is connected wirelessly with the sensors, and it is Personal Health Information Controller handles the information reflecting the patient's status. The Personal Health Information Repository is constructed based on the MBU's built-in record management system,…
Draw a use case diagram of a university group chatting system given the following requirements. The Admin of the group can create an account, login, create different chat groups according to different disciplines or general such as Data base group, Networking group, Embedded system group, Assignment group, Machine learning group, Artificial Intelligence (AI) group, and Fun group, approve request to enter a group, reject request to enter a group, delete a person from a chat group, devise rules and regulations for each chat group, If a user does not follow the rules and regulations of a certain group then administrator will be able to mute that. The user will be able sign up to the application, join a group of his/her own choice, Upon entering a chat group, general terms and conditions will be provided to user, able to post a message, be able to share a file, be able to use web cam in private chat, be able to start a private chat with another participant, be able to leave a group.