Select one or more: O a. Two-way communication between a server process and a client process cannot be achieved with a single socket connection between that server and that client. O b. Each message in a message queue can be associated with a type, and a process that reads data from a message queue can specify which type of messages it would like to read. We do not normally need worry about managing concurrency when using sockets and message queues as this will be managed by the operating system kernel. O d. To successfully establish a socket connection between a server process and a client process, the server needs to know the address of the socket and connect to it, whereas the client process needs to be listening on that particular socket and accept the incoming connection request. O e. When using message queues to communicate between processes, the messages that are sent between processes cannot be of different lengths.

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Step 1

Access Matrix is a security model of insurance state in PC framework. It is addressed as a grid. Access grid is utilized to characterize the freedoms of each interaction executing in the area concerning each item. The lines of grid address areas and segments address objects. Every cell of grid addresses set of access freedoms which are given to the cycles of area implies each entry(i, j) characterizes the arrangement of tasks that an interaction executing in space Di can conjure on object Oj.

Step 2

So the correct options are option 2nd and 4th

2nd - In a given access matrix,the owner of the file also have all other privileges.

4th - When capability lists are used, objects become domain

In the context of interprocess communications (IPC) in Unix/Linux, which of the following are true about
sockets and message queues?
Select one or more:
O a. Two-way communication between a server process and a client process cannot be achieved with
a single socket connection between that server and that client.
O b. Each message in a message queue can be associated with a type, and a process that reads data
from a message queue can specify which type of messages it would like to read.
Oc.
We do not normally need worry about managing concurrency when using sockets and message
queues as this will be managed by the operating system kernel.
O d. To successfully establish a socket connection between a server process and a client process, the
server needs to know the address of the socket and connect to it, whereas the client process
needs to be listening on that particular socket and accept the incoming connection request.
O e.
When using message queues to communicate between processes, the messages that are sent
between processes cannot be of different lengths.
Transcribed Image Text:In the context of interprocess communications (IPC) in Unix/Linux, which of the following are true about sockets and message queues? Select one or more: O a. Two-way communication between a server process and a client process cannot be achieved with a single socket connection between that server and that client. O b. Each message in a message queue can be associated with a type, and a process that reads data from a message queue can specify which type of messages it would like to read. Oc. We do not normally need worry about managing concurrency when using sockets and message queues as this will be managed by the operating system kernel. O d. To successfully establish a socket connection between a server process and a client process, the server needs to know the address of the socket and connect to it, whereas the client process needs to be listening on that particular socket and accept the incoming connection request. O e. When using message queues to communicate between processes, the messages that are sent between processes cannot be of different lengths.
In the context of interprocess communications (IPC) in Unix/Linux, which of the following are true about
signals, shared memory and pipes?
Select one or more:
O a.
Virtual memory enables the allocation of shared memory for IPC.
O b. If Process X needs to send the string "Hello World" to Process Y, Process X may send a signal to
achieve this.
Concurrent two-way communication between two processes cannot be achieved with the use of a
single pipe.
O d. A process cannot have a handler function set up to handle the SIGINT signal, as the process may
not ignore this signal.
e. Shared memory is fast because it is buffered by the operating system kernel.
Of.
Unnamed pipes can only be used to share data between related processes (e.g. parent process
and its child process), whereas named pipes can be used to share data between processes that
are unrelated.
Transcribed Image Text:In the context of interprocess communications (IPC) in Unix/Linux, which of the following are true about signals, shared memory and pipes? Select one or more: O a. Virtual memory enables the allocation of shared memory for IPC. O b. If Process X needs to send the string "Hello World" to Process Y, Process X may send a signal to achieve this. Concurrent two-way communication between two processes cannot be achieved with the use of a single pipe. O d. A process cannot have a handler function set up to handle the SIGINT signal, as the process may not ignore this signal. e. Shared memory is fast because it is buffered by the operating system kernel. Of. Unnamed pipes can only be used to share data between related processes (e.g. parent process and its child process), whereas named pipes can be used to share data between processes that are unrelated.
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