A thread is the sequence of instructions followed by a CPU, and is an independently dispachable unit in the run queue. A process can start and manage multiple threads, each managing an aspect of the overall processing. The operating system can schedule the threads independently, allowing them CPU time if they are ready, or blocking them if they are waiting on something, such as an IO completion. In a network process, such as a web server, there can be many things going on at the same concurrent time. Threads are an ideal solution to the problem of managing all of these things, because the main process does not need to poll each sub-process (thread) to see if it needs or is ready to do work.
Execution context within a process is called Thread. Threads run, process does not. Every process starts with one thread.
Try to answer them.
Low frequencies are avoided for data transmission in computer networks to prevent data loss due to attenuation of the signal. Also, low frequencies are incapable of transferring data at the speeds of higher frequencies.
Information system literacy is networks, or IT. Those in IT are always computer literate. Not everybody who is computer literate is information system literate.
different paths of control in a program that a computer might run at the same time if it has parallel processing support for multithread execution. threads and processes are two ways of supporting multitasking on a uniprocessor or multiprocessing on a multiprocessor. threads are lighter weight: take less OS resources to implement but only support limited protection and security. processes take more OS resources but can support full protection and security. Many operating systems support both processes and threads, allowing each process to have many threads.
Plumbing pipe threads are squared and conduit pipe threads are tapered.
V. C. Marney-Petix has written: 'Internetworking' -- subject(s): Computer input-output equipment, Computer networks, Wide area networks (Computer networks), Local area networks (Computer networks), Data transmission systems 'Networking and data communications' -- subject(s): Computer networks, Data transmission systems 'Mastering internetworking' -- subject(s): Computer networks, Wide area networks (Computer networks), Internetworking (Telecommunication), Local area networks (Computer networks) 'Bridges, routers, gateways!' -- subject(s): Equipment and supplies, Bridges (Computer networks), Local area networks (Computer networks), Routers (Computer networks), Wide area networks (Computer networks), Gateways (Computer networks), Internetworking (Telecommunication)
social networks . or The internet computer networks
In computer programming, you can use multiple threads if you want the computer to do several things at the same time.In computer programming, you can use multiple threads if you want the computer to do several things at the same time.In computer programming, you can use multiple threads if you want the computer to do several things at the same time.In computer programming, you can use multiple threads if you want the computer to do several things at the same time.
There are NO GATES in computer networks... So, ask next question...
Networks were developed as a communication method between computers at remote sites
Jeremiah F. Hayes has written: 'Modeling and analysis of computer communications networks' -- subject(s): Computer networks, Local area networks (Computer networks), Mathematical models
because networks are mad with networks
Computer networks consist of multiple computers and other electrical devices linked together
2. What is different between computer networks and internetwork?
Carl Malamud has written: 'Analyzing Novell networks' -- subject(s): Computer network architectures, Local area networks (Computer networks), NetWare 'Mobile IP Networking' 'Exploring the Internet' -- subject(s): Internet 'Analyzing Sun Networks' -- subject(s): Computer network protocols, Sun computers, Computer network architectures, Local area networks (Computer networks)
Gerald D. Cole has written: 'Design alternatives for computer network security' -- subject(s): Computer networks, Computer security, Security measures 'Implementing OSI networks' -- subject(s): Computer network architectures, Computer network protocols, Computer networks 'Computer networking for systems programmers' -- subject(s): Computer networks, Systems programming (Computer science)
The Network Layer controls the operation of Subnet in computer networks.