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Asynchronous Transfer Mode (ATM) is more suitable for high-speed networks because it efficiently handles various types of data, including voice, video, and text, using fixed-size cells that ensure consistent transmission times. This cell-based structure minimizes latency and jitter, making it ideal for real-time applications. Additionally, ATM's ability to dynamically allocate bandwidth allows for better resource management across diverse traffic types, enhancing overall network performance and reliability.
What else can I help you with?
How do you find the mode of a set of numbers that has more than one mode?
Sets of numbers can have more than one mode.
What if you have more than 1 mode?
If you have more than one mode then you have more than one mode! There is nothing strange about that. It is one of the weaknesses of the ode as a statistical measure.
What does mode meam?
The mode is the number that appears more often. ex) 1,2,5,9,1,1 The mode would be 1
What changes are there to the mode and the outlier?
the mode is 8 more than the outlier.
What to do if there is more than one mode?
it is ok if there is less than 2 mode if you have three just leave it there is no mode
What replaced X25?
X.25 was primarily replaced by newer networking technologies like Frame Relay and later on, IP-based protocols such as ATM (Asynchronous Transfer Mode). These technologies offered higher data transmission speeds and more efficient networking capabilities, making them more suitable for modern networking requirements.
What are the differences between image transfer in MSC mode and MTP mode?
In MSC mode, image transfer allows for direct access to the device's storage like a USB drive, while in MTP mode, it requires a media transfer protocol to transfer images. MSC mode is more straightforward and compatible with various devices, while MTP mode offers more advanced features and organization options.
Why the synchronous modems are more costly than the asynchronous modems?
Because they contain clock recovery circuits
Difference between synchronous bus and asynchronous bus in an input operation?
A synchronous bus operates with a clock signal that coordinates data transfer, ensuring that all components are synchronized during input operations. In contrast, an asynchronous bus does not rely on a clock signal; instead, it uses handshaking signals to manage data transfer, allowing devices to operate independently and at different speeds. This can lead to more flexible communication but may introduce complexity in timing and control. Essentially, synchronous buses provide predictability and speed, while asynchronous buses offer flexibility and adaptability.
What are the differences between PTP and MTP, and which one is more suitable for transferring files between devices?
PTP (Picture Transfer Protocol) is primarily used for transferring images between devices, while MTP (Media Transfer Protocol) is more versatile and can transfer various types of media files such as music and videos. MTP is generally more suitable for transferring files between devices due to its broader compatibility and functionality.
By which mode of heat transfer heat is transferred in solids?
the process of transfer of heat energy in solids is known as conduction.. For more info-- the process of transfer of heat energy in liquids and gases is known as convection.. And the process of transfer of heat energy without any material medium is known as radiation..
What is the mode of numeric data and text data transfer supported by FTP?
The BINARY mode of FTP transfers data unchanged. The ASCII mode of FTP send text and the FTP software converts it to the form that the receiving system can use. This was more useful in the early days of networking when computer systems were more diverse.
What are the uses of parallel and serial transmission mode?
Parallel transmission mode is used for short-distance communication where speed is crucial, such as within computer buses and between components like CPUs and RAM, allowing multiple bits to be sent simultaneously. In contrast, serial transmission mode is more suitable for long-distance communications, such as in internet data transfer and networking, where signals can become distorted over longer distances; it sends bits one after the other, ensuring reliable data integrity. Each mode has its advantages depending on the application’s requirements for speed, distance, and complexity.
What is asynchronous USB input?
Asynchronous USB input refers to a data transmission method where the timing of data transfer is not synchronized with the clock of the receiving device. Instead, the sending device can send data whenever it’s ready, while the receiver processes the data independently. This approach can help reduce latency and improve performance, especially in applications like audio streaming, where timely data delivery is crucial. By eliminating the need for constant synchronization, asynchronous USB input allows for more efficient data handling and can enhance the overall user experience.
What does asynchronous have to do with getting an online education?
Asynchronous simply means that students and professors access the classroom at any time that is convenient for them. If the class was synchronous, it would mean that you would have to attend class at a specific time. Asynchronous courses make it much easier to attend class when it is more convenient for you. Online education courses are often offered as asynchronous so that they are flexible for students who want to attend at all times of the day or night.
What is the difference between asynchronous dram and synchronous dram?
Conventional DRAM, of the type that has been used in PCs since the original IBM PC days, is said to be asynchronous. This refers to the fact that the memory is not synchronized to the system clock. A memory access is begun, and a certain period of time later the memory value appears on the bus. The signals are not coordinated with the system clock at all, as described in the section discussing memory access. Asynchronous memory works fine in lower-speed memory bus systems but is not nearly as suitable for use in high-speed (>66 MHz) memory systems. A newer type of DRAM, called "synchronous DRAM" or "SDRAM", is synchronized to the system clock; all signals are tied to the clock so timing is much tighter and better controlled. This type of memory is much faster than asynchronous DRAM and can be used to improve the performance of the system. It is more suitable to the higher-speed memory systems of the newest PCs.
What are the differences between UART and USB?
Different data rate speed (for rs232 is lower), usb is more flexible and takes less energy. Different instructions and commands. If you are a programmer then it's easier for to work with usb then with rs232.
