The most distinguishing feature of the use of a client-server processing model over an old mainframe configuration is the distribution of computing power.
What is a client-server processing model?A client-server processing model is a distributed application structure that partitions tasks or workload between service providers and service requesters, called clients. Each computer in the client-server model operates as either a client or a server. The server provides services to the clients, such as data sharing, data manipulation, and data storage.
The client requests services from the server, allowing for the distribution of processing responsibilities between the two entities. In this model, the server is responsible for storing data, while the client is responsible for data retrieval. A mainframe configuration is an older computing model that is centralized, where the mainframe performs all computing activities.
All users are linked to the mainframe, which stores all data and applications, as well as handles all processing responsibilities. Mainframes can handle a large amount of data and have a lot of processing power, but they are inflexible and can be difficult to scale. The distribution of computing power is the most distinguishing feature of the use of a client-server processing model over an old mainframe configuration.
In the client-server model, processing power is distributed between the client and the server. In a mainframe configuration, however, all computing power is centralized, with the mainframe handling all processing responsibilities.
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Data is being sent from a source PC to a destination server. Which three statements correctly describe the function of TCP or UDP in this situation? (Choose three.) 1. The TCP source port number identifies the sending host on the network 2. UDP segments are encapsulated within IP packets for transport across the network. 3. The source port field identifies the running application or service that will 4. The TCP process running on the PC randomly selects the destination port when 5. TCP is the preferred protocol when a function requires lower network
6. The UDP destination port number identifies the application or service on the handle data returning to the PC establishing a session with the server. overhead server which will handle the data.
The correct answer is TCP and UDP are two transport layer protocols that are used for sending data over a network. The following three statements correctly describe their functions:
The TCP source port number identifies the sending host on the network: TCP uses a 16-bit source port field to identify the sending process or application on the host. This helps the receiving host to identify the source of the data. UDP segments are encapsulated within IP packets for transport across the network: UDP does not have any built-in error recovery mechanism, so it simply encapsulates its segments within IP packets and sends them over the network. The source port field identifies the running application or service that will handle data returning to the PC establishing a session with the server: Both TCP and UDP use the source and destination port fields to identify the applications or services that will handle the data. The source port field helps the server to identify the process or application that sent the data and establish a session with the PC. In summary, TCP and UDP are transport layer protocols that use source and destination port numbers to identify the sending and receiving hosts and the applications or services that will handle the data. UDP simply encapsulates its segments within IP packets, while TCP establishes a reliable, connection-oriented session between the hosts.
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Today, organizations are using personal computers for data presentation because personal computer use compared to mainframe use is morea. Controllable.b. Cost effective.c. Reliable.d. Conducive to data integrity.
The answer "cost-effective" is based on the fact that personal computers are less expensive to acquire, operate and maintain compared to mainframe computers. Option B is the correct answer.
They are also more scalable, allowing organizations to purchase and add capacity as needed, without the upfront costs associated with mainframes. Additionally, personal computers offer greater flexibility in terms of software and hardware choices, making it easier to customize and tailor solutions to specific business needs.
Finally, with the increasing availability of cloud-based services, personal computers can easily access powerful computing resources on-demand, without the need for on-premise hardware. All of these factors make personal computers a more cost-effective option for data presentation compared to mainframes.
Therefore, the correct naswer is b. Cost effective.
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How can we improve the following program?
function start() {
move();
move();
move();
move();
move();
move();
move();
move();
move();
}
Answer:
Your professor may be looking for something simple. I am not sure the caliber your professor is expecting. But for a basic. You could make a simple loop to improve the code.
function start() {
for (var i = 0; i < 9; i++) {
move();
}
}
With less text, this code will do the same task as the original program. We can prevent repeatedly repeating the same code by utilizing a loop.
From there you could make the moves dynamic...
function start(numMoves) {
for (var i = 0; i < numMoves; i++) {
move();
}
}
This passes the number of mes as an argument..the code will move forward a specified number of times based on the value of the numMoves parameter.
Then from there we could add error handling to have it catch and handle any errors that may occur. This of course is if the move() function displays an error.
function start(numMoves) {
try {
for (var i = 0; i < numMoves; i++) {
move();
}
} catch (e) {
console.error(e);
}
}
BONUS
Here is a combined executable code...explanation below...
// Define the move function
function move() {
console.log("Moving forward");
}
// Define the start function
function start(numMoves) {
try {
for (var i = 0; i < numMoves; i++) {
move();
}
} catch (e) {
console.error(e);
}
}
// Call the start function with 9 as an argument
start(9);
Explanation for bonus:
The move() and start() functions are defined in the code.
A message indicating that the object is moving forward is logged to the console by the straightforward move() function. The start() function calls this function.
Start() only accepts one argument, numMoves, which defines how many times to advance the object. To deal with any errors that might arise when calling the move() method, the function employs a try...catch block.
Based on the value of numMoves, the move() method is called a given number of times using the for loop.
Lastly, the object is advanced nine times by calling the start() procedure with the value 9.
This code requires that the move() function is defined someplace else in the code, or is provided by the environment where the code is being executed (such as a browser or Node.js).
When this code is executed, the start() function is invoked with the input 9 and the object is advanced nine times. Every time the loop executes, the move() function is invoked, which reports a message to the console indicating that the object is moving ahead. Any mistakes that can arise when invoking the move() function are caught and recorded to the console thanks to the try...catch block.
you are the administrator for the westsim domain. organizational units (ous) have been created for each company department. user and computer accounts for each department have been moved into their respective department ous.
As an administrator for the Westsim domain, the Organizational Units (OUs) have been created for each company department. All user and computer accounts for each department have been moved into their respective department OUs.
An Organizational Unit (OU) is a container object within an Active Directory that can contain other objects, including other OUs. OUs are created to facilitate the administration of users, computers, and other directory objects. An OU can have policies and permissions applied to it that are distinct from those of other OUs. These containers organize objects within the AD, making it simpler to implement administrative assignments and deploy Group Policy Objects (GPOs). What is Active Directory (AD)?Active Directory (AD) is a directory service that is utilized in Windows environments to centrally manage authentication and authorization for users, computers, and other network resources. It works by combining information about user accounts, computer accounts, and other resources into a central database.
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you work at a large department store selling computer products. iwina walks in and wants to buy a wireless router. she explains that the media streaming device she ordered online supports a transmission speed of up to 200 mbps. what type of router should you recommend?
If Iwina's media streaming device supports a transmission speed of up to 200 Mbps, I would recommend a wireless router that supports at least 802.11n wireless standard.
What is a 802.11n wireless standard?802.11n is a wireless networking standard that operates on both the 2.4 GHz and 5 GHz frequency bands. It offers higher speeds and greater range compared to earlier wireless standards, and is commonly used in home and small business networks.
Thus, if Iwina's media streaming device supports a transmission speed of up to 200 Mbps, I would recommend a wireless router that supports at least 802.11n wireless standard. This wireless standard supports a theoretical maximum speed of up to 600 Mbps, which should provide enough bandwidth to support Iwina's device. Alternatively, a router that supports the newer 802.11ac wireless standard could also be considered, as it offers even higher theoretical speeds.
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