Answer:
Communication path basically define the path in which the information and messages can be exchange by using the efficient communication path.
There are simple formula for calculating the total number of communication channel that is :
Where, n is the number of stack holder.
Now, the maximum number of communication paths for a team of twenty people can be calculated as:
n=20
=\frac{20(20-1)}{2} = 190
Therefore, 190 is the total number of communication path.
Answer: Satellite Internet
Explanation:
Satellite internet is the internet access facility which is generated through satellites.Its a rapid and secured access that can be connected to communication and geostationary based satellite.
- It is somewhat expensive access. It can be accessed in those regions where internet infrastructure is not present.
- According to the question, satellite internet should be used for communication between corporation and mine site.It can access communication and monitoring through satellites.
Answer:
c. regarded as a "lazy" learning method.
Explanation:
<h2><u>Multiple choice </u></h2>
The k-nearest neighbor machine learning algorithm (kNN) is :
c. regarded as a "lazy" learning method.
Answer:
red
Explanation:
This is the basic form of encrypt, which shift the letters by a number.
u=r
h=e
g=d
Therefore, the answer is "red"
Answer:The interface is the means by which a user communicates with a system, whether to get it to perform some function or computation directly (e.g., compute a trajectory, change a word in a text file, display a video); to find and deliver information (e.g., getting a paper from the Web or information from a database); or to provide ways of interacting with other people (e.g., participate in a chat group, send e-mail, jointly edit a document). As a communications vehicle, interfaces can be assessed and compared in terms of three key dimensions: (1) the language(s) they use, (2) the ways in which they allow users to say things in the language(s), and (3) the surface(s) or device(s) used to produce output (or register input) expressions of the language. The design and implementation of an interface entail choosing (or designing) the language for communication, specifying the ways in which users may express ''statements" of that language (e.g., by typing words or by pointing at icons), and selecting device(s) that allow communication to be realized-the input/output devices.
Box 3.1 gives some examples of choices at each of these levels. Although the selection and integration of input/output devices will generally involve hardware concerns (e.g., choices among keyboard, mouse, drawing surfaces, sensor-equipped apparel), decisions about the language definition and means of expression affect interpretation processes that are largely treated in software. The rest of this section briefly describes each of the dimensions and then examines how they can be used
Explanation: