Answer:
B.
cloud technology
Explanation:
There are various ways to make this possible but the best way would be using cloud technology. This would allow the entire media application to run on a server somewhere else and have the images and inputs completely streamed to and from the user's device. This allows the application to be able to run on any device that the user may have and even start on one device and transfer over to another while still having all your information and data saved and usable on each device.
Answer:
1. Processor communication -- this involves the following tasks:
<em>a. exchange of data between processor and I/O module</em>
<em>b. command decoding - I/O module accepts commands sent from the processor. E.g., the I/O module for a disk drive may accept the following commands from the processor: READ SECTOR, WRITE SECTOR, SEEK track, etc. </em>
<em>c. status reporting – The device must be able to report its status to the processor, e.g., disk drive busy, ready etc. Status reporting may also involve reporting various errors. </em>
<em>d. Address recognition – Each I/O device has a unique address and the I/O module must recognize this address. </em>
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2. Device communication – The I/O module must be able to perform device communication such as status reporting.
3. Control & timing – The I/O module must be able to co-ordinate the flow of data between the internal resources (such as processor, memory) and external devices.
4. Data buffering – This is necessary as there is a speed mismatch between speed of data transfer between processor and memory and external devices. Data coming from the main memory are sent to an I/O module in a rapid burst. The data is buffered in the I/O module and then sent to the peripheral device at its rate.
5. Error detection – The I/O module must also be able to detect errors and report them to the processor. These errors may be mechanical errors (such as paper jam in a printer), or changes in the bit pattern of transmitted data. A common way of detecting such errors is by using parity bits.
Answer:
The exec command by interpreter to start new process
Explanation:
On Unix systems, a call to the fork system must be made followed by a call to the e x e c system to begin a new process. The fork call clones the process that is currently running, while the executive call overlays a new process based on a different executable over the calling process.
It is seperate from Kernal because
It Read user commands or a script and execute them, generally turning them into one or more system calls. Is usual It is not part of the kernel since the command interpreter is subject to change.
Answer:
This is using c++ syntax, you might need to make slight adjustment for other languages.
First activity:
string firstSnack = "chips";
string secondSnack = "pizza";
string thirdSnack = "apples";
string bestSnack = firstSnack;
bestSnack = secondSnack;
Second activity:
double apple = 0.5;
double banana = 0.75;
double orange = 1.43;
double total = apple + banana + orange;
Explanation:
When first declaring a variable, you want to specify the type (such as int, double, string, bool, etc.) and then the name. You can set the variable value in the declaration, or you can set it to a value later in the program by not having the equals sign and whatever comes next.
Answer:
it means someone thought your response to something was helpful. :))
Explanation:
