Computer Networking

Multiplexing

You can get so called wireless boosters or extenders. The price is about the same price as for a good router.

Additional data and programs not being used by the processor are stored in

Video editing and transferring those files over a network (e.g. to a NAS device or server) can use tremendous amounts of bandwidth and can slow down other network operations like file sharing, internet browsing, etc, while video data is being transferred across the network. Running a seperate network dedicated to video editing applications will ensure that your normal network does not become congested and slow while video data is being transferred across the network. Furthermore it allows you to ensure that the video network is being operated with the highest-grade networking technology available (e.g. gigabit, 10 gigabit, fiber optic, etc) without having to upgrade the entire network. The third advantage that I can see is security. A seperate physical network is much more difficult to intrude upon than a subnetwork that's part of a larger physical connection of cables and switches.

There are 4 pairs, 8 wires in total.

Save Time The FDM can reduce the power restoration time by up to 75%, on average. The FDM is anticipated to be 4 times faster than the old divide and concur method, and twice as fast as FCIs. This can certainly lead to happier customers. Save Money The FDM can significantly reduce costs from three primary sources; material cost, installation cost and usage cost. The FDM costs up to 40% less than an equivalent FCI installation. The FDM takes about the same amount of time to install as FCIs, however, a typical loop circuit requires only one FDM installation or 12 or more FCI installations. The FDM can therefore be 12 times faster to install than an equivalent FCI installation. The usage cost savings results from having a remote readout that is read from a single location, rather than tracking down a series of transformers. Improve Reliability The contribution to CAIDI caused by faults in underground cable systems can be improved up to 75%. Significant improvement in restoration time can lead to happier customers as well as regulators. An active reliability program is often a factor the PUC evaluates during rate review.

Yeah it will work fine, but you need a wireless network card for both your desktop or laptop but you can plug in a ethernet cable into one and leave one wireless and it will still work. All you do is drag the folder or songs you want to share and put it into your a shared folder or you can just select to share the folder(there should be a option to do so or you may have to right click it and select share). Then go to your other computer and go to its network neighborhood (my network places) and click view workgroup computers. If you don't see your other computers name there then you need to click view entire network (Microsoft windows network), if you still don't see it then try to set a home network wizard or change your workgroup. Once you see the computers name or description then double click it. If it ask for a password then you will have to play around with the network settings for the other computer. If you get in select the folder that you put the music in or the folder that you shared and select the music you want, copy it and then paste it to your hard drive (a folder or just your desktop). Then you will be done.

regular shut down system is called cool booting.

If you have a hub then the packet is sent to every computer, and only the right computer will read it. The rest just quietly ignore it. Obviously this poses a major security risk.

If its a switch then the switch has a table which tells it which address matches which port. So when the packet arrives, the switch checks the destination address then it goes to the table and gets the corresponding port and then sends the packet accordingly.

A router works similarly enough. Except a router can do alot more complex operations.

First of all the internal modem is not in the CPU. The internal moden is either in a PCI slot or intergrated onto the mother board. Second yes, There are many diffrent way to transfer data with out an internal modem

The service needs to be running, and the scope needs to be authorized before addresses may be given out.

I think you are referring to the seven layers of the ISO model. It is a framework that defines the process of moving information from one point to another. That is a complex process with many steps.... too difficult to deal with as one process. The model breaks the process into seven "layers" with each layer defining a part of the process. Each layer defines a result that must be achieved without specifying how to acheive it...so for each layer there can be and are multiple options.

The first layer, for instance, requires a method or "protocol" that can transfer a stream of two values (1 and 0) between 2 sites. Any process that can do that is a layer one protocol. Examples include twisted pair wires, microwave, fiber optic, thicknet, thinnet, etc.

Layer two describes how to prevent two users from talking at the same time and how to group the ones and zeros into meaningful segments. Token Ring, Ethernet, IPX, etc.

Whole books have been written on the subject.

you can go to either of these website for desktop connection information www.microsoft.com/mac/remote-desktop-client or www.microsoft.com �ۼ Downloads �ۼ Tools and Utilities

Known as `tubes' in America. Valves were glass containers where electrodes where encased in a vacuum. E.g. a diode valve would have two electrodes, an anode and a cathode there would also be two pins for the heater. The heater would `boil' electrons off the cathode to be captured by the anode (clearly this would only work one way). A triode valve would also have a grid to control electrode flow, other valves with more grids for finer control would be named according to the number of electrodes discounting the heater pins in the count.

UPNP Universal Plug and Play - Device discovery . It goes by many names as the industry has not settled on one.

SONET (Synchronous Optical Networking) is used for transferring multiple digital bit data streams via lasers or light-emitting diodes (LEDs) through the one optical fiber. This is SONET's function, and it is therefore essentially focused on the physical medium of the process, being concerned with media, signal and binary transmission.

OSI (Open Systems Interconnection), on the other hand, is an abstract description for the design model of a 'background' computer network protocol, using different syntax and semantics to communicate between its different levels or 'layers'.

An OSI system is a 'seven-layer/level' design model: # Physical Layer # Data Link Layer # Network Layer # Transport Layer # Session Layer # Presentation Layer # Application Layer

At its first level, i.e. the Physical Layer, SONET is just an example one of the many systems that could be appropriately enhanced by an OSI-modelled/structured program.

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righ click on my computer. click on my computer properties. click on Remote tab. Mark On Allow remote assistance invitations to be sent from this Computer Mark On Allow users to connect remotely to this computer windows firewall is off Click apply & OK

You do need to have a disk to install a router. Some routers do have such option but it's not compulsory. If you want to change settings for your router you need to know its IP address (check your adapter's properties). After that open any web browser you have and type in the IP address, it will bring you to the router log in page.

You need to know the username and password, you are supposed to know it if you have changed it once. If you did not, use manual to find out default credentials. If you do not have the manual you can find it on the router's manufacture website.

The packet is sent using the IP address and MAC address of the default gateway.

Simple anwser no. Imvu is client server not p2p

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Answer:

Data Link

This is known as a denial of service attack - DOS for short.

The Controller Area Network also known as CAN works ad a message transmission station to direct buses and other publicly funded vehicles on where to go and what locations they need to be at.